The table below provides an index to a catalog of more than 1,000 index cards that were used as a catalog for HEPL report, momos, papers and other documents that were archived off campus and have recently been moved back on campus. All of the cards were scanned and compiled into an 891-page PDF file.
The table below provides an index to those cards. The Page Links in the right-hand column of the table open the PDF file of scanned index cards to the page of the card associated with each link. Thus, for each entry in the catalog, you can view the associated index card.
Note: The catalog PDF file is 40MB, so it make take awhile to download and open the first time you click on one of the links in the table below.
You can request a copy of any document in this catalog by sending an email message to Nancy Christiansen.
Card # | Author(s), Title and Card Information | Link to Card Index PDF File |
---|---|---|
1 | Berman and Staff: Navy File | Page 1 |
2 | R. Hofstadter, H. R. Fechter, and J.A. McIntyre: HIgh-Energy Electron Scatting and Nuclear Structure Determinations; Phys. Rev. 92,978 (Sept., 1953) | Page 2 |
3 | D. D. Reagan:The Reaction C 12 (y,3p) Li9; Physical Review, 92, 651 (Nov. 1, 1953) | Page 3 |
4 | Richard Wilson: A Formula for Thick Target Bremsstrahlung; Proc. Phys. Soc. (London) A66, 638, (March, 1953) | Page 4 |
5 | Richard Wilson:Analysis of Photonuclear Reactions; Proc. Phys. Soc. (London)) A66) 645) (March) 1953) | Page 5 |
6 | Karl L. Brown and Richard Wilson: Electrodisintegration of Cu63, Zn64, Ag109, and Ta181; Physical Review, 93, 443 (February, 1954) | Page 6 |
7 | Hofstadter, R.: Qu~rterly Progress Report No.2, AF 18 (600) - 646 | Page 7 |
8 | Berman and Staff; Navy File | Page 8 |
9 | R. Hofstadter and A. D. Kantz: (The Application of) Large Scintillators and Cerenkov Counter (to the Measurement of) High Energies; Nucleonics 12, No.3, 36 (March, 1954) | Page 9 |
10 | W. K. H. Panofsky and J. A. McIntyre: Achromatic Beam Translation Systems for Use with Linear Accelerators; Rev. Sci. Instri 25, 287, (May, 1954) | Page 10 |
11 | R. Post, and N. Shiren: The STanford Mark II linear Accelerator; May 1954 | Page 13 |
12 | R. Hofstadte: Quarterly Progress Report, No. 3., AF 18( 6oo) - 646 Nov 1 - Jan 31, '54; February, 1954 | Page 11 |
13 | R. Post, and N. Shiren: The Stanford Mark II Linear Accelerator; Rev. Sci. Instr. 26, 205, (Feb., 1955) | Page 12 |
14 | Berman and Staff: March 1954 | Page 14 |
15 | J.A. McIntyre, Beat Hahn, and R. Hofstadter: Inelastic Scattering of 190 -Mev Electrons in Beryllium; Phys. Rev. 94, 1084, (May, 1954) | Page 15 |
16 | R. Hofstadter, B. Hahn, J. McIntyre, and A. Knudsen: High-Energy Electron Scattering and Nuclear Structure Determination, II; Phys. Rev. 95, 512 (July, 1954) | Page 16 |
17 | A. Kantz: Electron-Induced Showers; May, 1954 | Page 17 |
18 | R. Hofstadter: Quarterly Progres Report, AF 18 (600) -646 Feb. 1- April 30, 1954; May, 1954 | Page 18 |
19 | Reagan and Staff: | Page 19 |
20 | A. Berman: Photonuclear Reactions; Am. J. Phys. 22, 277 (May 1954 | Page 20 |
21 | G. Tautfest and H. Fechter: Secondary Electron Yield from Al by High-Energy Primary Electrons; Physical, Review, 96, 35 , (Oct. 1954) | Page 21 |
22 | A. Berman and K. Brown: Absolute cross Section vs energy of the Cu^63 (7,n) and (7, 2n) | Page 22 |
23 | G. Tautfest and H. Fechter: A Non-saturable Higp-Energy Beam Monitor; Review: of Scientific Instruments, 26, No.2, 229 (Feb. '55) | Page 23 |
24 | May 1- July 31, 1954 Air Force No. 5; August 1954 | Page 24 |
25 | Reagan, and Staff Navy File: 1 June - 31 August 1954; September, 1954 | Page 25 |
26 | W. Van Sciver and Hofstadter: Scintillation and Luminescence in Unactivated NaI; The Physical Review, 97, No. 4, 1181, (Feb. 15, 1955) | Page 26 |
27 | Navy File/ Air Force: August 1- October 30, 1954; November 1954 | Page 27 |
28 | W. C. Barber: Specific Ionization of High- Energey Electrons; Physical Review, 97, No. 4, 1071 (Feb. 15, '55 | Page 28 |
29 | W. C. Barber, W. D. George, and D. D. Reagan: Absolute Cross Section for the Reaction c12 (y, n) c11 | Page 29 |
30 | Chodorow, Ginzton, Hansen, Kyhl, Neal, Panofsky, and Staff: The Stanford High-Energy Linear Electron Accelerator (Mark III); Review of Scientific Instruments, 26, No. 2, 134, (May '55) | Page 30 |
31 | W. Panofsky, C. M. Newton, and G.B. Yodh: Pion Production by Electrons; Physical Review, 98, No. 3, 751, May 1, 1995 | Page 31 |
32 | K. Crowe, R. Helm, and G. Tautfest: Preliminary Data on the Measurement of the u+ -B+ decay Spectrum; Physical Review, 99, No. 3, 872, (Aug. 1, 1995) | Page 32 |
33 | R. Charlie: The Quarupole Magnet as a Focusing Device; February 1957 | Page 33 |
34 | J. Narud: Theory of Nonlinear Feedback Systems Having a Multiple Number of First-Order Operating Points and its Application to Lillimicrosecon Counting Techniques; May 1955 | Page 34 |
35 | D. D. Reagan: Photonuclear Yields of N 17; Feb., 1955 | Page 35 |
36 | 1 September- 30 November, 1954: December 1954 | Page 36 |
37 | J. McIntyre, and R. Hofstadter: Scattering of 192-Mev Electrons from the Deuteron; February, 1955 | Page 37 |
38 | W. Van Sciver: Scintillation phenomena in NaI and CsBr; May, 1955 | Page 38 |
39 | J. Narud: Theory of Nonlinear Feedback Systems Having a Multiple Number of First-Order Operating Points | Page 39 |
40 | R. H. Helm: Inelastic and Elastic Scattering of 187-Mev Electrons form Even-Even Nuclei.; February, 1956 | Page 40 |
41 | R. H. Helm: Inelastic and Elastic Scattering of 187-Mev Electrons from Selected Even-Even Nuclei.; The Physical Review, 104, No. 5, 1466-1475, (December 1, 1956) | Page 41 |
42 | R. Hofstadter and J. McAllister: Electron Scattering from the Proton; The Physical Review, 98, No.1, 217, (April 1, 1955) | Page 42 |
43 | D. Reagan: Photonuclear Yield of N^17; The Physical Review, 100, No. 1, 113-120, (October 1, 1955) | Page 43 |
44 | Air Force: November 1, 1954- January 31, 1955; February, 1955 | Page 44 |
45 | Barber, Berman, Brown, and George: Z-Dependence of Bremsstrahlung; The Physical Review, 99, No. 1, 59-61, (July 1, 1955) | Page 45 |
46 | K. Mallory: A Comparison of the Predicted and Observed Performance of a Billion Volt Electron Accelerator: May, 1955 | Page 46 |
47 | W. Panofsky and E. Martinelli: CLASSIFIED, no copies available | Page 47 |
48 | Navy Files: December 1, 1954- February 28, 1955 | Page 48 |
49 | J. Fregeau and R. Hofstadter: High Electron Scattering and Nuclear Structure Determination III. The Carbon-12 Nucleus; May, 1955 | Page 49 |
50 | Hagerman and Crowe: A Measurement of the High-Energy End of the Bremsstrahlung Spectrum; Physical Review, 100, No. 3, 869-873, (Nevember 1, 1955) | Page 50 |
51 | Knudse: A Quick Closing Vacuum Valve; Review of Scientific Instruments, 27, No. 3, 148-150, Mar '56 | Page 51 |
52 | McIntyre and Hofstadter: Scattering of 192-Mev Electrons from the Deuteron (Same as Technical Report HEPL-37); Physical Review February 1955 March 1955 | Page 52 |
53 | F. X. Roser: Spectral Emission of Composite Liquid Phosphors; Science Vol. 121, No. 3153, pp. 806-808, 3 June 1955 | Page 53 |
54 | 1 February- 30 April 1955: May 1955 | Page 54 |
55 | Untitled | Page 54 |
56 | Brown and Tautfest: Faraday-Cup Monitors for High-Energy Electron Beams; Review of Scientific Instruments Vol. 27, No. 9, pp. 696-702, September 1956 | Page 55 |
57 | Rawitscher: Effect of the Finite Size of the Nucleus on u-Pair Production by Gamma Rays; Physical Review Vol. 101, No.1, pp. 423-426, 1 January 1956 | Page 57 |
58 | Fregeau and Hofstadter: High- Energy Electron Scattering and Nuclear Structure Determination. III. The Carbon 12 Nucleus; Physical Review, 99, No. 5, 1503-1509, (Sept. 1, 1955) | Page 58 |
59 | Annual Progress Report; 19 December 1955 | Page 59 |
60 | F. X. Roser: Probleme Groszflaciger Szintillationszahler; Acta Physica Austriaca Vol. 9, pp. 297-323, 1955 | Page 60 |
61 | J. McIntyre: Electron Scattering from the Deuteron; Physical Review Vol. 103, No. 6, pp. 1464-1471, 1 September 1956 | Page 61 |
62 | Masek and Panofsky: Evidence for the Electromagnetic Production of U-mesons; Physical Review Vo. 101, No. 3, pp. 1094-1109, 1 February 1956 | Page 62 |
63 | Bernstein and Panofsky: On the Bremsstrahlung Yield of High- Energy Electron in Hydrogen; Physical Review Vol. 102, No. 2, pp. 522-527, 15 April 1956 | Page 63 |
64 | Panofsky, Woodword, and Yodh: Pion Production by Inelastic Scattering of Electrons in Hydrogen | Page 64 |
65 | 1 May- 31 July 1955: August 1955 | Page 65 |
66 | 1 July- 30 September 1955: December 1955 | Page 66 |
67 | 1 October- 31 December 1955: 13 March 1956 | Page 67 |
68 | Hahn, Hofstadter, and Ravenhall: High- Energy Electron Scattering and the Charge Distribution in Selected Nuclei; Distributed to the Air Force Only October,1955 | Page 68 |
69 | Hahn, Hofstadter, and Ravenhall: High- energy electron scattering and the charge distribution in selected nuclei; The Physical Review 101, No. 3, pp. 1131-1142, February 1956 | Page 69 |
70 | K. Brown: Z- Dependence of the Bremsstrahlung for the Case of Complete Screening; Physical Review Vol. 103, No. 1, pp. 243-246, 1 July 1956 | Page 70 |
71 | 1 August- 31 October 1955: AF November 1955 | Page 71 |
72 | 1 November 1955- 31 January 1956: AF January 1956 | Page 72 |
73 | McAllister and Hofstadter: Elastic Scattering of 188 Mev Electrons from the Proton and the a-Particle: January 1956 | Page 73 |
74 | McAllister and Hofstadter: Elastic Scattering of 188- Mev Electrons from the Proton and the a- Particle; Physical Review Vol. 102, No. 3, pp. 851-856, 1 May 1956 | Page 74 |
75 | Report to Research Corporation (Barber): June- December 1955; January 1956 | Page 75 |
76 | Lazarus, Masek, and Panofsky: Further Results on the Production of u-Meson Pairs of Photons; Physical Review Vol. 103, No. 2, pp. 374-377, 15 July 1956 | Page 76 |
77 | Chambers and Hofstadter: The Structure of the Proton; Physical Review Vol. 103, No. 5, pp. 1454- 1463, 1 September 1956 | Page 77 |
78 | Chambers and Hofstadter: The Structure of a Proton; June, 1956 | Page 78 |
79 | W. C. Barber: Density Effect on the Ionozation in Dases by Electrons; Physical Review | Page 79 |
80 | Neal and Panofsky: CERN Talk (IP-9); Vol. 1, MS sent, April, 1956 | Page 80 |
81 | 1 January 1956- 31 March 1956 | Page 81 |
82 | W. K. H. Panofsky: Napkin Version- A Mass- Sensitive Deflector for High- Energy Particles; May 1956 | Page 82 |
83 | R. Hofstadter: The Structure of Nucleons and Atomic Nuclei Determined by High-Energy Electron Scattering; Written to be presented at the International Con!erence on Quantum Interactions of the Free Electron. Washington, D. C. April 1956 | Page 83 |
84 | 1 Ferbruary 1956- 30 April 1956: AF May 1956 | Page 84 |
85 | Crowe, Frieddman, and Williams: Z Dependence of Positive Photopion Production; Physical Review Vol.105, No. 6, pp. 1840-1845, 15 March 1957 | Page 85 |
86 | R. Hofstadter: Electreon Scattering and Nuclear Structure; Reviews of Modern Physics; Vol. 28, No. 3, pp. 214-254, July 1956 | Page 86 |
87 | Fregeau: Elastic and Inelastic Scattering of 187- Mev Electron From Carbon-12 | Page 87 |
88 | K. L. Brown: Design of External Magnetic Focusing Devices for the Stanford Accelerators (Achromatic Beam Translation Systems for Linear Accelerators); Review of Scientific Instruments Vol. 27, No. 11, pp. 959-963, November 1956 | Page 88 |
89 | Cohen, Crowe and DuMond: The Pion and Muon Masses [letter to the editor]; Physical Review Vo. 104, No. 1, pp. 266-267. 1 October 1956 | Page 89 |
90 | R. Hofstadter: The Atomic Nucleus; The Scientific American Vol. 195, No.1. pp. 55-68, July 1956 | Page 90 |
91 | Crowe and R. M. Friedman: Photoproduction from Carbon; This paper was never completed for publication | Page 91 |
92 | Panofsky: Comments on Soviet Physics; June 1956 | Page 92 |
93 | Van Sciver: Spectrum and Decay of NaI; Nucleonics Vol. 14, No. 4, pp 50-51, April 1956 | Page 93 |
94 | K. M. Crowe, R. M. Fiedman and D. C. Hagerman: Angular Distribution of Photopions from Deuterium; Physical Review Vol. 106, No. 4, pp. 818-820, 15 May 1957 | Page 94 |
95 | Crowe and Friedman: Photoproduction of Pion Pairs in Hydrogen; Physical Review Vol. 105, No. 4, pp. 1369-1377, 15 February 1957 | Page 95 |
96 | Crowe, Friedman and Motz: Photopion from Nucleus +/- Ration; This paper was never completed for publication | Page 96 |
97 | Panofsky and Wenzel: Napkin Version-- Transverse Deflection of Charged Particles in Radio- Frequency Fields-- Letters to Editor; Review of Scientific Instruments Vol. 27, No. 11, p. 967, November 1956 | Page 97 |
98 | A. Hudson: The Energy Loss and Sraggling of 150- Mev Electrons in Li, Be, C, and Al; Physical Review Vol. 105, No. 1, pp. 1-6, 1 January 1957 | Page 98 |
99 | April 1-June 30th. 1956 Date issued: July 1956 | Page 100 |
100 | C. M . Newton: Literature on the Photoproduction of Pions; August 13, 1956 | Page 101 |
101 | K. M. Crowe: The Masses of Light Mesons, K- Mesons and Hyperons in 1956; Nuovo Cimento Series X, Vol. 5, pp. 541-561, March 1957 | Page 102 |
102 | May 1- July 31, 1956: Air Force | Page 103 |
103 | Panofsky and Tautfest: Measurement of the Radioactive Correction to Electron-Proton Scattering by Observation of the Absolute Cross Section; Physical Review, Vol. 105, No. 3, pp. 1356-1368, 15 February 1957 | Page 104 |
104 | John F. Streib: Design Considerations for Magnetic Spectrometers; Tech Report, November 1960 | Page 105 |
105 | W. Panofsky and G. B. Todh: Pion Production by Inelastic Scattering of Electrons in H2; Physical Review, Vol. 105, No. 2, pp. 731-734, 15 January 1957 | Page 106 |
106 | Crowe, Helm, and Tautfest: u-Decay; Never completed for distribution | Page 107 |
107 | July 1- September 30, 1956: October, 1956 | Page 108 |
108 | W. Panofsky: Absorption of Long- Lived Neutral K- Particles; September 1956 | Page 109 |
109 | R. W. McAllister: An Absolute Cross Section for Electron Scattering from Protons (Letter to the Editors); Physical Review, Vol. 104, No. 5, p. 1494, 1 December 1956 | Page 110 |
110 | W. K. H. Panofsky: Remarks on the Radial Beam Dynamics of the Linear Accelerator Distributed to M Committee; October 1956 | Page 111 |
111 | 1 August- 31 October 1956: November 1956 | Page 112 |
112 | Dhar and McIntyre: Electron Scattering From the Deuteron and Neutron Proton Potential; Physical Review, Vol. 106, No. 5, pp. 1074-1082, 1 June 1957 | Page 113 |
113 | Hahn, Hofstadter, and Ravenhall: Electron Scattering from Neighboring Nuclei (Also available from the Library of Congress, Photoduplication Service, Washington; Physical Review, Vol. 105, No. 4, pp. 1353-1355, 15 February 1957 | Page 114 |
114 | Panofsky and Staff: Radiation Hazards in the Hansen Laboratories; October 1956 | Page 115 |
115 | W. C. Barber: Analysis of Electrodisintegration Experiments; 26 January 1957 | Page 116 |
116 | K. Mallory: On the Measurement of Shunt Imedance of a Cavity; Journal of Applied Physics, Vol. 29, No.5, pp. 790-793, May 1958 | Page 117 |
117 | 1 October- 31 December 1956: 25 January 1957 | Page 118 |
118 | Dalitz and Yennie: Pion Production on Electron- Proton Collisions; Physical Review, Vol. 105, No. 5, pp.1598-1615, 1 March 1957 | Page 119 |
119 | Technical Status Report on Research on Electron Scattering and Nuclear Structure: 1 November 1956-31 January 1957 | Page 120 |
120 | W. Van Sciver: Alkali Halide Scintillators; Institute of Radio Engineers, NS- 3, No. 4, 1956 | Page 121 |
121 | Status Report: 1 January- 31 March: 6 May 1957 | Page 122 |
122 | R. Hofstadter: Research on Electrons Scattering and Nuclear Structure; 17 July 1957 | Page 123 |
123 | W. K. H. Panofsky: Element Particle; 1 July 1957 | Page 124 |
124 | VOIDED | Page 125 |
125 | Status Report: 1 April- 30 June 1957 | Page 126 |
126 | R. Hofstadter: Nuclear and Nucleon Scattering of High Energy Electron 1, 2; Annual Review of Nuclear Science, Volume 7, 1957, pp. 231-316 | Page 127 |
127 | W. K. H. Panofsky: Linear Accelerator; Written for the Dictionary of Physics (Pergamon, London) (Not yet published) | Page 128 |
128 | Chesnut, Fitch, Motley, and Panofsky: Measurement of the Total Absorption Coefficient of Long- Lived Neutral K- particles; Physical Review, Vol. 109, No. 4, pp. 1353-1357, 15 February 1958 | Page 129 |
129 | H. F. Ehrenberg and R. Hofstadter: Incoherent Electron Scattering from the Nucleons in Beryllium and Carbon and the Magnet Size of the Neutron; Physical Review, Vol. 110, No. 2, pp. 544-551, 15 April 1958 | Page 130 |
130 | R. Hofstadter and M. Yearian: Magnetic Form Factor of the Neutron; The Physical Review, Vol. 110, No.2, pp. 552-564, 14 April 1958 | Page 131 |
131 | Status Report: 1 July 1957- 30 September 1957 | Page 132 |
132 | E. Allton and W. K. H. Panofsky: The Form Factor of the Photopion Matrix Element at Resonance; Physical Review Vol. 110, No. 5, pp. 1155-1165, 1 June 1958 | Page 133 |
133 | R. Hofstadter, F. Bumiller and M. Yearian: The Electromagnetic Structure of the Proton and Neutron; Reviews of Modern Physics, Vol. 30, No. 2, pp. 482-497, April 1958 | Page 134 |
134 | W. C. Barber: Electrodisintegration of B9 and C12; Physical Review, Vol. 111, No. 6, pp. 1642-1650, 15 September 1958 | Page 135 |
135 | Status Report; 1 October- 31 Decmeber 1957 | Page 136 |
136 | Henry W. Kendall: Multichannel Spectrometer Detector; IRE- Transactions on Nuclear Science, Vol. NS-5, No. 3, December 1958 | Page 137 |
137 | A.W. Knudsen and R Hofstadter: A NaI(T1) Total Absorption Spectrometer of High Energies; Institute of Radio Engineers, Vo. NS-5, No. 3, December 1958 | Page 138 |
138 | R. F. Mozley, R. C. Smith and R. E. Taylor: Multiple Scattering of 600- Mev Electrons in this Foils; Physical Review, Vol. 11, No. 2, pp. 647-649, 15 July 1958 | Page 139 |
139 | R. Hofstadter and M. Yearian: Magnetic Form Factor of the Neutron at 600 Mev.; Physical Review Vol. 111 No. 3, pp. 934-939, 1 August, 1958 | Page 140 |
140 | W. K. H. Panofsky: The Neutral n-Meson; 13 May 1958 9 May 1958 | Page 141 |
141 | Status Report: 1 January- 31 March 1958 | Page 142 |
142 | R. Hofstadter: Structure in the Proton and Neutron- Atom for Peace Conference, CERN Eighth Annual International High Energy Physics Conference; CERN Proce | Page 143 |
143 | G. Burleson and R. Hofstadter: High ELectron Scattering from Li6; Physical Review, Vol. 112, No. 4, pp. 1282-1286, 15 November 1958 | Page 144 |
144 | W. K. H. Panofsky: Multiple Scattering Effects in Colliding Beams; 19 May 1958 | Page 145 |
145 | W. K. H. Panofsky: CERN Conference (Invited Paper); Proceedings of the Eigth Annual High- Energy Physics Conference at CERN, December 1958 pp. 3-19 | Page 146 |
146 | B. Richter: Large Angle Electron Pair Production from Hydregen; Physical Review Letters, Vol. 1, Number 3, p. 114, August 1, 1958 | Page 147 |
147 | A. J. Lazarus and W. K. H. Panofsky: Relative Angual Distribution at Small Angles of n+ -Mesons; Proceedings of the Eighth Annual High-Energy Physics Conference at CERN, Geneva, 1958 | Page 148 |
148 | Status Report: 1 April- 30 June 1958 | Page 149 |
149 | Ehrenberg, Hofstadter, Myer-Berkhout, Ravenhall, Sobottka: High-Energy Electron Scattering and the Charge Distribution of C12 and O16; Physical Review Vol. 113, No. 2, pp. 666-674, 15 January 1959\ | Page 150 |
200 | W.C. Barber Colliding-Beams Experiment - Beam loss from electron-electron Scattering Figure Numbers: SR212 | Page 151 |
201 | Burleson Inelastic Scattering of Electrons from He4 Physical review | Page 152 |
202 | De Staebler, Panofsky, Becker Bremsstrahlung Intensities from Hydrogen | Page 153 |
203 | J. Ohlsen Electroproduction of Pions from Hydrogen and Deuterim Physical Rev. | Page 154 |
204 | No copy Phillips Microwave Cavity Thesis | Page 155 |
205 | W.C. Barber, Berthold, G. Fricke, F. Gudden Nuclear Excitation by Scattering of 40 Mev Electrons Phys | Page 156 |
206 | Look up H. CranallSRS 212, SRP 227 | Page 160 |
207 | H.W. Kendall Virtual Photon Spectrum | Page 161 |
208 | Poirier, Bernstein, Pine Erratum to 174 Physical Review 117,557 1960 | Page 162 |
209 | Hofstadter | Page 163 |
210 | W.C Barber Photonuclear research at Stanford University | Page 164 |
211 | Hand: Louis Electron Proton Scatting at 900 MEV and 135° Physical Review Letters 5, No. 4 | Page 165 |
212 | March 1, 1960-July 31st, 1960 | Page 166 |
213 | Phyllis, Peter E. A Microware Separator for High-Energy Particle Beams Review of Scientific Instruments | Page 167 |
214 | Bumillar, Croisseaux, Nofstadter Eelctron Scattering from the Proton Physical Review Fillers | Page 168 |
215 | Hofstadter, Bamiller, Groisserdx Splitting of the Proton form factors and difraction in the Proton Kaya Rev. Letters | Page 169 |
216 | SRS 223, SRP 239 | Page 170 |
217 | F. Bumiller, E. Dally Reliability of Beam Monitors | Page 171 |
218 | F. Bumiller, J. Oeser, E. Dally Precision rotating-coil Fluxmeter | Page 172 |
219 | Crannell, Helm, Kendall, Oeser, Yearian Electron-Scattering Nuclear study of Levels in Ni, Bi, Pb. | Page 173 |
220 | Friedman, Kendall, Erickson, Gram Inelastic Scattering from Deuterium | Page 174 |
221 | Hofstadter, Bumiller, Chambers, Croissiaux A two-Spectrometer system for High-Energy Electron Scattering Studies Proc. of an Int'l conf. for instrumentation for High Engin. physical Berkeley 1960 | Page 175 |
222 | Hofstadter, Burleson, Marcum, Wadensweiler Remarks on the use of a Solonoidal free Spectrometer in High-Energy Electron Physics Same as 227 Pg. 316 | Page 176 |
223 | August 1-Oct. 31st. 1960 | Page 177 |
224 | R. Herman and R. Hofstadter Some speculative remarks on the Dirac and Pauli form factors of the neutron Rochester Proceeding of the 1960 Annual Int'l Conf. on High-Energy. | Page 178 |
225 | W.K.H. Panofsky Particle Accelerator | Page 179 |
226 | W.K.H. Panofsky Use of synchrotron radiation from the storage ring for precision optional measurements. | Page 180 |
227 | Nov. 1, 1960-Jan 31st., 1961 | Page 181 |
228 | R. Alvarez Thick-radiation bremsstrahoung | Page 182 |
229 | R. Alvarez L. Hand Terick Radiotor bremsstrahdung: use of the Deek | Page 183 |
230 | L. Hand and C. Schaerf Pion Photoproduction at Backward Angles nearthe second Nucleon-Pion Resonance | Page 184 |
231 | Barber Grurman Colliding Beams Experiment | Page 185 |
232 | R. Hofstadter, C. de V Pries, and R. Herman Dirac and Pauli form factors of the neutron Physical Review Letters | Page 186 |
233 | R. Hofstadter and R. Herman Electric and magnetic struture of the proton and neutron | Page 187 |
234 | Hofstadter, Bumiller, Broissiaux Splitting of the Proton form factors and diffraction in the proton | Page 188 |
235 | E. B. Dally Electron-Electron Scattering at 500 MeV | Page 189 |
236 | L. Hand, H. Kendall, C. Scharef Relativistic Two-Body Kinematics (Program for this Burroughs-200 Computer) | Page 190 |
237 | W. C. Barber Colliding Beams Experiment (Injection Orbits) | Page 192 |
238 | W. K. H. Panosky Progress Report on e-e Colliding Beams Experiment | Page 193 |
239 | February 1st.-April 30th. 1961 | Page 194 |
240 | R. Alvarez Thick-radiaiton bremsstrahdung | Page 195 |
241 | May 1st. 1961-July 31st. 1961 | Page 196 |
242 | (Void) | Page 198 |
243 | F. Bumiller, M. Croissiaux, E. Dally, and R. Hofstadter Electromagnetic Form Factors of the Proton | Page 199 |
244 | A. N. Saxena High-Energy Interference Effect of Bremsstrahlung Production in a Single Crystal of Silicon | Page 200 |
245 | Burton Richter A suggestion for a 1-Bev/c Spectrometer | Page 202 |
246 | William Randolph Dodge Photoprotons from Oxygen, Fluorine, Neon, and other light Elements | Page 203 |
247 | Croissiaux (prepared by Aitken and F. Lewis) Multichannel Ladder | Page 204 |
248 | C. de Vries, R. Hofstadter, R. Herman, S. Krasner Recent results on the form factors of the Neutron and on the structure of Nucleons._ | Page 205 |
249 | D. Yount and J. Pine Production of Positrons with the Stanford Mark III Accelerator Nuclear Instruments and Methods | Page 206 |
250 | M. Bazin and C. Schaerf Absolute Calibrations of the Triple Focusing Spectrometer (MBM) | Page 207 |
251 | Aug. 1st. 1961-Oct. 31st. 1961 | Page 208 |
252 | William R. Dodge Erratum to HEPL-246 "Photoprotons from Oxygen, Fluoride, Neon and other Light Elements. | Page 209 |
253 | Darrell J. Drickey and Robert F. Mozley Possible evidence for a Retardation term in low energy (photoproduction) | Page 210 |
254 | Period covering: Nov. 1st. 1961-Jan. 31st. 1962 | Page 211 |
255 | W. R. Dodge, and W.C. Barber Photoprotons from Oxygen, Fluoride, Neon, and other Light elements | Page 212 |
256 | R. C. Smith and R.F. Mozley Positive Pion Production by Polarized X-rays between 227 and 373 Mev. | Page 213 |
257 | Franz A. Bumiller A precision rotating coil fluxmeter | Page 214 |
258 | C. de Vries, R. Hofstadter,and R. Herman Neutron Form Factors and Nucleon Structure | Page 215 |
259 | For the period covering: Feb. 1st., 1962-April 30th. 1962 | Page 216 |
260 | G.A Peterson and W.C. Barber Deuteron Magnetic Dipole Disintegration by 180° Electron Scattering | Page 217 |
261 | Kendall and Talmi Inelastic Electron Scatting from Y51 Physical review | Page 218 |
262 | P. Wilson Investigation of a Q of a Superconducting Microwave Cavity | Page 219 |
263 | D. Yount and J. Pine Scattering of High-Energy Positrons from Prontons | Page 220 |
264 | M.G. Croissiaux Electron-Proton Coincidences in Inelastic Electron Deuteron Scattering | Page 221 |
265 | Fairbank, Pierce, Wilson High Power Superconducting Cacities for Accelerators | Page 222 |
266 | Browman and Pine Annihilation in jFlight of 200 and 800 Mev Positrons H. Nenovo Cimento X, Vol. 27, 850-855, Feb. 16th. 1963 | Page 223 |
267 | W. Barber Inelastic Electron Scattering Submitted to annual Rev. Nuclear Science | Page 224 |
268 | J. Goldemberg, Y. Torizuka Upper limit of electric dipole moment of Electron | Page 225 |
269 | J. Goldemberg and Y. Torizuka Magnetic Elastic Scattering of Electrons by Light Nuclei | Page 226 |
270 | B. Richter Low-Mass Anomaly in Photoproduction of Pion Pairs | Page 227 |
271 | R. Hofstadter New Results on the Electromagnetic form factors of Nucleons | Page 228 |
272 | Goldemberg, Walecks, Pratt Mangetic Electron Scattering | Page 229 |
273 | J. I. Friedman and H.W. Kendall Determination of the Deuteron form factor from Coherent Photoproduction | Page 230 |
274 | Staff Status REport Period May-July, 1962 | Page 231 |
275 | L. N. Hand As Experiment Investigation of Pion Electroproduction | Page 232 |
276 | Goldenberg, Barber, Peterson, Torizuka Study of Nuclear Magnetic Transition by Inelastic Electron Scattering | Page 233 |
277 | G. A. Peterson Magnetic Form-Factors by 180° Electron Scattering | Page 234 |
278 | Goldenberg, Pine, Yount Scattering of 300 Mev Positrons from Cobatt and Bismuth | Page 235 |
279 | R. Simonds, B. Richter Mylar Windows for High Pressure Gas Counters | Page 236 |
280 | Goldenberg, Barber, Torizuka, Walecka Excitation of the Electric "Giant Resonance" by Inelastic Electron Scattering at 180° | Page 237 |
281 | Brickey, Hand Precise Neutron and Proton Form Factors | Page 238 |
282 | Kendall, Oeser Inelastic Electron Scattering Studies | Page 239 |
283 | Crannell, Colllard Relative Efficiency Corrections for a "Y" Channel Ladder | Page 240 |
284 | Fairbank, Pierce, Wilson High Power Superconducting Cavities for Accelerators | Page 241 |
285 | Hofstadler, Collard The structure of the He3 Nucleus | Page 242 |
286 | Staff Period: Nov. 1962 to Jan. 1963 | Page 243 |
287 | Edge, Peterson Nuclear Excitation by 180° Electron Scattering | Page 244 |
288 | Coward, Gittelman, Lynch, Ritson Search for charged Particles with Rest Mass between that of the Electron and Mu-Meson | Page 245 |
289 | Fischer, Schaerf, Woodard An expensive 300 MeV/C Spectrometer with Solid Angle of 0.017 Ster., a Momentum Acceptance of 20% and Momentum Resolution of 1% | Page 246 |
290 | Ritson Coherent Vertical Machine Instabilities | Page 247 |
291 | B. Gittleman, D.M. Ritson Spillout rate of Electrons in storage Rings due to Electron-Electron Scattering with the stored bunch. | Page 248 |
292 | (ITP-82) Lewis, Walecka, Goldemberg and Barber Electronmagnetic structure of the giant dipole resonance | Page 249 |
293 | Status report, from 1 Feb., 1963-30 April 1963. | Page 250 |
294 | Final Report on Contract N6/onr-25116 to office of Naval Research | Page 251 |
295 | W.C. Barber Electron Scattering at 180° | Page 252 |
296 | D.J. Drickey and R.F. Mozley Neutral Meson Production with Polarized X Rays. | Page 253 |
297 | P.B. Wilson A study of Beam Blow-up in Electron Linacs. | Page 254 |
298 | J. Pine and M. Bazin Determination of the Coupling constant from the -/+ ratio for Photoproduction from Deuterium. | Page 255 |
299 | M.J. Bazin and J. Pine Photoproduction of + Mesons from Hydrogen. | Page 256 |
300 | H. Collard, R. Hofstadter, A. Johansson, R. Parks, M. Ryneveld, A. Walker, M.R. Yearian Electron Scattering in Tritium and He3 | Page 257 |
301 | J. V. Allaby Procedure for Switching on Ritson 44" Spectrometer | Page 258 |
302 | P.B. Wilson Status of Research at Stanford University in Superconducting Electron Linacs. | Page 259 |
303 | R. Richter and D. Ritson Choice of an Operating Point for a Positron Electron Storage Ring | Page 260 |
304 | Staff Status Report (1 May, 1963-31 July 1963 | Page 261 |
305 | H. Collard, R. Hofstadter, A. Johansson, R. Parks, M. Ryneveld, A. Walker, M. Yearian Electron Scattering in H3 and He3. | Page 262 |
306 | L. I.Schiff, H. Collard, R. Hofstadter, A. Johansson and M. R. Yearian An Analysis of H3 and He3 Form Factors and the Determimtion of the Charged Form Factor of the Neutron. | Page 263 |
307 | E. F. Erickson and C. Schaerf Determination of the Deuteron D Wave from Coherent Photoproduction. | Page 264 |
308 | J. Pine and M. Bazin The n-/n+ Ratio for Photoproduction from Deuterium. | Page 265 |
309 | H. Fischer and C. Schaerf A Non Saturating Quantameter for very high Intensity Gamma Ray Monitoring. | Page 266 |
310 | Allaby, Gittelman, Prepost, Ritson and Coward and Richter A Search for an intermediate Boson. | Page 267 |
311 | J. Goldemberg and C. Schaerf Measurement of the Deuteron Magnetic form factor at low Momentum transfer. | Page 268 |
312 | Staff Status report 1 August, 1963-31 October, 1963 Nonr-225 (67) | Page 269 |
313 | B. Chambers, R. Hofstadter, A. Marcum and M. Yearian Retractable Low Temperature Targets for high energy physics experiments. | Page 270 |
314 | P. Kruger, T.M. Crawford, J. Goldemberg W.C. Barber Excitation of Isomeric States in Rh103 and In 115 by Electrons | Page 271 |
315 | D.J. Carson, J. Goldemberg, and W.C. Barber Mark II-A 75 Mev. Accelerator | Page 272 |
316 | J. Goldemberg and R.H. Pratt Note on the use of the Bethe-Heitler Bremsstrahlung spectrumin cross section measurements. | Page 273 |
317 | J. Goldemberg, W.C. Barber, F.H. Lewis Jr., and J.D. Walecka Form factors for strong M1 Transitions in light nuclei. | Page 274 |
318 | W.C. Barber Elastic and Inelatic Electron Scattering (Report of Talk Presented at the Third International Accelerator Conference) | Page 275 |
319 | A. Browman, F. Liu and C. Schaerf Positron Proton Scattering | Page 276 |
320 | J. Goldemberg and W.C. Barber The Excitation of the Giant Resonance in C12 and O16 by Inelastic Electron Scattering. | Page 277 |
321 | C. de Vries, R. Hofstadter, A. Johansson , and R. Herman Inelastic Electron-Deuteron Scattering Experiments and Nucleon Structure | Page 278 |
322 | Staff STATUS REPORT for the period 1 November, 1963 - 31 January, 1964. | Page 279 |
323 | W. C. Barber Positron Intensities Available for Storage Rings . | Page 280 |
324 | M. R. Yearian and E.B. Hughes The Observation of a Pronounced Final-State Interaction in the Electro-disintegration of the Deuteron | Page 281 |
325 | H. Collard, H. Hofstadter, E. B. Hughes, A. Johansson, M. R. Yearian, R. B. Day, and R. T. Wagner Neutron Charge Form Factor from Tritium and Helium- 3 Analysis . | Page 282 |
326 | A. Johansson Quasi-Free Electron-Proton Scattering in H3 and He3. | Page 283 |
327 | T.A Griffy A note on the electromagnetic structure of He3 and H3. | Page 284 |
328 | Staff Status report for the period 1 February, 1964-30 April, 1964. | Page 285 |
329 | F.F. Liu The Photodisintegration of the Deuteron by Polarized Protons. | Page 286 |
330 | F.F. Liu, D.J. Drickey, and R.F. Mozley Charged Pionphotoproduction from Deuterium with Polarized Bremsstrahlung. | Page 287 |
331 | E.A. Allton Bremsstrahlung in Electron-Proton Scattering | Page 288 |
332 | R. Hofstadter Method of Study of High-Energy Scattering Events with very small Energy Losses. | Page 289 |
333 | R.E. Rand, R. Hofstadter Upper limit of the Electron's Electric Dipole Moment | Page 290 |
334 | R. Hofstadter, E.B. Hughes, M.R. Yearian, T.B. Griffy Neutron form factors from Inelastic Electron-Deuteron Scattering. | Page 291 |
335 | H. Crannell, T. Griffy A determination of Radiative Transitions widths of excited states in C12. | Page 292 |
336 | H. Collard, R. Hofstadter, E.B. Hughes, A. Johansson, M. Yearian, R. Day, R.T. Wagner Elastic Electron Scattering from Tritium and Hellium-3. | Page 293 |
337 | R. Zdarko, D. Drickey, R. Mozley End of the Spectrum | Page 294 |
338 | H. Collard, R. Hofstadter, E.B. Hughes, A. Johansson, M. Yearian, R. Day, R.T. Wagner Elastic Electron Scattering from Tritium and Helium-3 | Page 295 |
339 | R. Frosch Wave function of H3, He3, and He4. | Page 296 |
340 | Report Period, 1 May 1964 through 31 July 1964 | Page 297 |
341 | A.C. Hearn, C. Schaerf Backward Anomaly in photoproduction | Page 298 |
342 | H. Collard, R. Hofstadter, A. Johansson, R. Parks, M. Ryneveld, A. Walker, M. Yearian Electron Scattering in Tritium and Helium-3 | Page 299 |
343 | B. Chambers, R. H. fstadter, A. Marcum, M. Yearian Cryogenic Targets for Electron Scattering. | Page 300 |
344 | T. Griffy, R. Hofstadter, E. B. Hughes, T. Janssens, M. Yearian Electromagnetic Form Factors of the Proton and Neutron | Page 301 |
345 | T. Griffy, J. Walecka Multipole Selection Rules for Elastic Electron Scattering | Page 302 |
346 | L. Schiff, H. Collard, R. Hofstadter, A. Johansson, M. Yearian An Analysis of Tritium and Helium-3 Form Factors | Page 303 |
347 | M. Croissiaux, R. Hofstadter, A. E. Walker, M. Yearian, D. Ravenhall, B. Clark, and R. Herman ELECTRON SCATTERING BY CALCIUM AT 250 MeV | Page 304 |
348 | T. A. Griffy and R. J. Oakes THE STRUCTURE OF He3 and H3 FROM HIGH-ENERGY ELECTRON SCATTERING | Page 305 |
349 | H. Schwettman, P. Wilson, J. Pierce, W. Fairbank THE APPLICATION OF SUPERCONDUCTIVITY TO ELECTRON LINEAR ACCELERATORS | Page 306 |
350 | W.C. Barber Summary of information about the storage rings at Novosibirsk. | Page 307 |
351 | A. Browman, F. Liu, C. Schaerf POSITRON-PROTON SCATTERING | Page 308 |
352 | J.V. Allaby and D.M. Ritson DESIGN AND PERFORMANCE OF A HIGH MOMENTUM, HIGH LUMINOSITY SPECTROMETER FOR PARTICLE ANALYSIS | Page 309 |
353 | Status report | Page 310 |
354 | T. A. Griffy and R. J. Oakes ELECTRON-PROTON COINCIDENCE CROSS SECTION FOR He3 and H3. | Page 311 |
355 | Robert Hofstadter Electron Scattering on Nucleons, 3-body Nuclei and Ca40. | Page 312 |
356 | F.F. Liu Photodisintegration of the deuteron by polarized photons. | Page 313 |
357 | R.E. Rand, R. Frosch, and M.R. Yearian -Electron Scattering from the magnetic dipole and Octupole moments of Beryllium 9 and Boron 11. | Page 314 |
358 | F. Bulos and B. Richter Photoproduction of Neutron Mesons from Hydrogen near Threshold | Page 315 |
359 | Janssens, Hughes, 2 J. Yearian, Hofstadter Proton form factors from Elastic Electron-Proton Scattering | Page 316 |
360 | B. Hughes, T. Griffy, M. Yearian, and R. Hofstadter Neutron form factors from Inelastic Electron-Deuteron Scattering | Page 317 |
361 | R. Hofstadter Electron Scattering on Nucleons and Nuclei (Tech . Form of HEPL 355) | Page 318 |
362 | Staff Status Report, Nov. 1 1964-Jan 31, 1965 | Page 319 |
363 | T. Griffy and Schiff Electromagnetic Form Factors | Page 320 |
364 | DeStaebler, Erickson, Hearn, and Schaerf Photoproduction of from Hydrogen near the Second Pion | Page 321 |
365 | C. Vanpraet Fine structure of the Giant Dipole Resonance in O16 as Observed by Inelastic Electron Scatteri ng at 180° | Page 322 |
366 | B. Gittelman Recent developments on the stanford 500 MeV Electron Storage Rings. | Page 323 |
367 | J. Goldemberg and C. Schaerf Electrodisintegration of the Deuteron at Low Momentum Transfer: Magnetic Transitions. | Page 324 |
368 | R. Hofstadter and M. Sternheim Scattering and the Pionic Form Factor | Page 325 |
369 | P.B. Wilson and A. Schwettmann Superconducting Accelerators | Page 326 |
370 | N. Dean Helium Treatment of Vac-Ion Pumps to remove deposited Argon | Page 327 |
371 | W.C. Barber and G.J. Vanpraet On the 4.431 MeV Excited State of Na23. | Page 328 |
372 | R. Rand A determination of the Upper Limit to the Electric Dipole Moment of the Electorn at Hight Momentum Transfer. | Page 329 |
373 | R. Rand Design of a 180° Electron Scattering Facility. | Page 330 |
374 | C. Barber Colliding Beams Status Report, Dec. 1964. | Page 331 |
375 | T. Griffy and D.U.L. Yu Electron Scattering from Nuclear Magnetic Moments | Page 332 |
376 | Sandro Vitale Possible positron intensities from Mark III | Page 333 |
377 | DeForest, Walecka, Vanpraet and Barber Giant Magnet Quadrupole Oscillations in Nuclei. | Page 334 |
378 | G. J. Vanpraet Inelastic Electron Scattering from o18. | Page 335 |
379 | P. Kosaanyi and G. Vanpraet Magnetic Elastic Electron Scattering from Be9, B10, B11, and N14 | Page 336 |
380 | Staff Status Report, 1 February-30 April, 1965 | Page 337 |
381 | C. Buchanan and M. Yearian Experimental Evidence for a possible Meson-Exchange Contribution to Elastic Electron-Deuteron Scattering | Page 338 |
382 | B. Frosch An Empirical Mass Formula Involving the Electron Mass | Page 339 |
383 | Recent High Energy Electron Investigations at Stanford University | Page 340 |
384 | R. Prepost, D. Lundquist, and D. Quinn Eta Photoproduction in the Region from Threshold to 900 MeV. | Page 341 |
385 | J. Allaby, H.L. Lynch and D.M. Ritson - Bair Photoproduction below 1 BeV | Page 342 |
386 | C. Buchanan and M. Yearian Experimental Evidence for a possible Meson-Exchange Contribution to Elastic Electron-Deuteron Scattering | Page 343 |
387 | H. Lynch, J. Allaby, and D. Ritson Report on the Inelastic Electron Scattering Program at Stanford | Page 344 |
388 | J. Allaby, D. Lundquist, and D. Riston Polarization measurements on the Recoil Proton from photoproduction | Page 345 |
389 | R. Rand, R. Frosch, and M. Yearian Elastic Electorn Scattering at 180° from the Magnetic Multipole Distributions of Li6, Be9, B10, B11, N14 | Page 346 |
390 | D. Aitken and J. Lee A fully demountable X-Ray Tube for Vacuum Spectroscopy | Page 347 |
391 | G. Vanpraet and P. Kossnyi Study of Nuclear excitations in B10 and B11 & N14 by Inelastic Electronc Scattering at 180° | Page 348 |
392 | P.B. Wilson, H.A Schwettman, G. Churilow Measurements at High Field Strengths on Superconducting Accelerator Cavities | Page 349 |
393 | S. Vitale and F.F. Liu Positive Pion Production Asymmetry with Polarized bremsstrahlung near second resonance. | Page 350 |
394 | P. Kossanyl and G. Vanpraet s32 and p31 Excitation by 180° Electron Scattering | Page 351 |
395 | R. Ching and C. Schaerf Photodisintegration of the Deuteron from 500 to 1000 MeV | Page 352 |
396 | B. Wiik, H. Schwettman and P. Wilson A 200 MeV Superconducting Microtron with Unity Duty Cycle | Page 353 |
397 | T. Griffy and C. Iddings Coulomb Shifts of the Energy and Radius of Bound status | Page 354 |
398 | W.C. Barber and G. Vanpraet Transverse form factors of Excited states in 016. | Page 355 |
399 | J.V. Allaby European Travel Report | Page 356 |
400 | M.M. Sternheim Singlet-Triplet mixing correction to the Hyperfine structure of the He3 Atom. | Page 357 |
401 | H.L. Crannell and L.R. Suelzle Determination of Relative Efficiencies for a Multi-Detector System. | Page 358 |
402 | R. Rand, R. Frosch and M. Yearian Elastic Electron scattering from the Magnetic Multipole Distribution Li6, Li7, Be9, B10, B11 and N14. | Page 359 |
403 | R. Frosch, R. Rand, M. Yearian, H. Crannell, L. Suelze Inelastic Electron Scattering from the Alpha Particle | Page 360 |
404 | May 1st.-July 31st. 1965 | Page 361 |
405 | B. Gittleman, W.C. Barber, B. Richter, G.K. O'Neill Wide Angle Electron-Electron Scattering on the princeton-Stanford Storage Rings | Page 362 |
406 | B. Gittelman, W.C. Barber, B. Richter, G.K. O'Neill Beam Instabilities in the Princeton-Stanford Storage Rings | Page 363 |
407 | M. Yearian IBM-Stanford Data Acquisition Project | Page 364 |
408 | J. Allaby, H. Lynch, D. Ritson -pair photoproduction below 1 BeV. | Page 365 |
409 | R. A. Alverez Photoproduction of positive pions from Hydrogen at Energies near the first resonance. | Page 366 |
410 | H. Crannell Elastic and Inelastic Electron Scattering from C12 and O16. | Page 367 |
411 | R. Hofstadter, G. Noldeke, K. VanOostrum, L. Suelzle, M. Yearian, B. Clark, R. Herman, D. Ravenhall Charge Distributions of Ca40 and Ca44 from 250 MeV Electron Scattering | Page 368 |
412 | B. Gittelman Report on fifth international conference on high Energy accelerators at Frasca. | Page 369 |
413 | C. Barber Vth International Conference on High Energy Accelerators at Frascati. | Page 370 |
414 | R. Simonds and B. Richter Design of a Double Chamber Gas Cerenkov Counter | Page 371 |
415 | D.W. Aitken, A.I. Marcum, H.R. Zulliger Technique and apparatus for determining the response of Scintillators and Semiconductors to low energy x-ray excitation. | Page 372 |
416 | Staff Status Report, August 1-October 31st, 1965 | Page 373 |
417 | B. Gittelman and B. Richter Foreign Trip Report-Russia | Page 374 |
418 | P.B. Wilson Vth. International Conference on High Energy accelerators at Frascatti, Italy and Post- Conference Visits to European Labs. | Page 375 |
419 | W.C. Barber, H.A. Schwettman, B. Wiik, P.B. Wilson Proposed Microtron Project at HEPL | Page 376 |
420 | E.B. Hughes, T.A. Griffy, R. Hofstadter, M.R. Yearian Neutron form factors from a study of Inelastic Electron Spectra in the Electrodisintegration of Deuterium | Page 377 |
421 | M. Yearian IBM Status report No. 2, 1st. August-31 October 1965 | Page 378 |
422 | G. K. O'Neill Trip Report | Page 379 |
423 | E. Erickson Elastic Scattering of High Energy Electrons from Deuterium | Page 380 |
424 | S.P. Berezin, P.C. Gugelot P. Heide Charged Pion Yields from e + P Reactions | Page 381 |
425 | Staff Status Report - Nov. 1st. 1965-Jan. 31st. 1966 | Page 382 |
426 | J.D. Maloy, V.Z. Peterson, G.A. Salandin, F. Waldner, H. Kendall, A. Manfredini and J.I. Friedman Polarization of the Recoil Proton from ° Protoproduction in Hydrogen. | Page 383 |
427 | W.E. Cleland and R. Prepost Technique for forming pressure windows from Thin Metal Sheets. | Page 384 |
428 | C. Schaerf Positive Pion photoproduction at 180° near the second nucleon-piion resonance. | Page 385 |
429 | K.J. van Oostrum, R. Hofstadter, G. Noldeke, M. Yearian, B.C. Clark, R. Herman, and D. Ravenhall Isotope effect in Ca40, Ca44, Ca48, charge distributions from 250 MeV Elastic Electron Scattering. | Page 386 |
430 | T. Griffy, R.J. Oakes, and H.M. Schwartz High energy electron scattering as a test of the Nuclear Cluster Model | Page 387 |
431 | M.R. Yearian IBM status report 3-1 November 1965-31 January 1966 | Page 388 |
432 | H. Crannell, H. Dahl, F.H. Lewis Jr. Excitation of a 19 MeV Level in C12 by Inelastic Electron Scattering | Page 389 |
433 | H. Crannell, T. Griffy, L. Suelzle and M. Yearian A determination of the Transition widths of some excited states in C12. | Page 390 |
434 | P.B. Wilson Microwave Application of superconductivity. | Page 391 |
435 | R.F. Frosch R.E. Rand, K.J. van Oostrum, M.R. Yearian Structure of the Alpha particle form Elastic Electron Scattering | Page 392 |
436 | Staff Index of HEPL Reports, August 1953-Dec. 31st. 1965. | Page 393 |
437 | T.I. Smith Standing Wave-Modes in a Superconfucting Linear Accelerator | Page 394 |
438 | W.C. Barber, B. Gittelman, G.K. O'Neill, B. Richter A test of Quantum Electrodynamics by Electron- Electron Scattering | Page 395 |
439 | P. Friedl, C. Sederholm, W. Dye, H. Crannell, and M. Yearian The use of an On-Line Digital Computer in Closed loop high energy physics experiments. | Page 396 |
440 | G.K. O'Neill A test of the Electron Propagator by modification of the Princeton-Stanford Storage Rings. | Page 397 |
441 | B.F. Gibson and K.J. van Oostrum Charge structure of the CA Isotopes | Page 398 |
442 | J. Weaver and R. Alvarez Accurate phase length measurements of large microwave networks. | Page 399 |
443 | E.B. Hughes, M.R. Yearian and R. Hofstadter Neutron form factors from Inelastic Electron Scattering in Tritium and Helium - 3. | Page 400 |
444 | H.L. Crannell and M.R. Yearian P.J. Friedl, C. Sederholm, and W. Dye, I.B.M. An on-line data acquisition system for high energy physics experiments. | Page 401 |
445 | F.F. Liu, D. Lundquist, and B. Wiik Measurements of the Polarization of Protons from Deuerium Photodisintegration | Page 402 |
446 | G.K. O'Neill Trip Report, 5-18-66/ 5-29-66, on trips to Frascati and Cern. | Page 403 |
447 | M.R.Yearian, C.J. Crannell, H. Crannell, D.C. Smith, P.J. Friedl, C. Sederholm, and W. Dye, An investigation of High Energy Electron Produced Showers using a Computer-Controlled System. | Page 404 |
448 | R.E. Rand, C. Littig, and M.J. Beniston An On-Line Wire spark chamber system for Electron Scattering experiments. | Page 405 |
449 | Staff Status REport Feb. 1st,-April 30, 1966 | Page 406 |
450 | Staff I.B.M. status report 4/Feb. 1st.-April 30, 1966 | Page 407 |
451 | D. Lundquist, D.M. Ritson, J.V. Allaby, R. Anderson Polarization of Recoil Protons from Photoproduction in the 500 to 1000 Mev Region. | Page 408 |
452 | Staff Status report May 1st-July 31st. 1966 | Page 409 |
453 | J. Bradbury, B. Richter Photoproduction of K Mesons from Hydrogen near Threshold. | Page 410 |
454 | F. Chilton, F.J. Uhrhane The Neutron form factor | Page 411 |
455 | M.R. Yearian IBM Status Report 5 May 1st.-July 31st. 1966 | Page 412 |
456 | P.B. Wilson, W.M. Fairbank, H.A. Schwettman, T.I. Smith, J.P. Turneaure Application of RF Superconductivity to Accelerators and Instrumentation. | Page 413 |
457 | G.K. O'Neill Magnetic Detectors for Electron-Positron Colliding Beams | Page 414 |
458 | W.C. Barber, B. Gittelman, G.K. O'Neill, B. Richter Operation of the Electron-Electron Storage ring at 550 MeV | Page 415 |
459 | E.B. Dally, J.B. Nelson, W.R. Smith Measurement and Analysis of the 90Zr(d,p) 91Zr reaction between 3.5 and 5.5 MeV | Page 416 |
460 | T.I. Smith, H.A. Schwettman, W.M. Fairbank, P.B. Wilson Superconductitity and particle accelerators | Page 417 |
461 | H.A. Schwettman, T.I. Smith, W.M. Fairbank Superfluidity and Particle Accelerators | Page 418 |
462 | J.P. Turneaure, H.A. Schwettman The surface impedance of superconductors at microwave frequency | Page 419 |
463 | R.E. Rand, R.F. Frosch, C.E. Littig, M.R. Yearian Electron Scattering from the Deuteron at =180° | Page 420 |
464 | E.B. Dally and M. Croissiaux 15N Target for Electron Scattering | Page 421 |
465 | R. Prepost, D. Lundquist, D. Quinn ETA Photoproduction in the region from threshold to 940 MeV | Page 422 |
466 | T.I. Smith, W.M. Fairbank, H.A. Schwettman, P.B. Wilson Stanford's superconducting accelerator program | Page 423 |
467 | H.R. Zulliger and D.W. Aitken The linearity of the charge conversion function for cooled Lithium-drifted silicon detectors in response to X-Ray and Low Energy -Ray excitation. | Page 424 |
468 | T.I. Smith Trip Report: Helsinki, Moscow, and Karlsruhe | Page 425 |
469 | R.S. Safrata, J.S. McCarthy, W.A. Little, M.R. Yearian, R. Hofstadter Scattering of fast electrons by oriented Ho165 Nuclei | Page 426 |
470 | W.C. Barber Report on trips to France and Germany, Sept. 26-30th 1966 | Page 427 |
471 | D.F. Hubbard and M.E. Rose Nuclear structure effects in Bremsstrahlung | Page 428 |
472 | B. Gittelman Foreign travel trip report | Page 429 |
473 | R. Hofstadter Toward a more scientific medicine | Page 430 |
474 | J.P. Turneaure Report on trip to the Soviet Union | Page 431 |
475 | P.B. Wilson Report on European trip | Page 432 |
476 | R.F. Frosch, H.L. Crannell, J.S. McCarthy, R.E. Rand, R.S. Safrata, L.R. Suelzle, M.R. Yearian Search for excited states of 3He | Page 433 |
477 | Staff Status report: August 1st.-Oct. 31st. 1966 | Page 434 |
478 | D. W. Aitken, B.L Beron, G. Yenicay, H.R. Zulliger The fluorescent response of NaI(T1), CsI(Ti), CsI(Na), and CaF2 (Eu) to X-Rays and low energy -Rays | Page 435 |
479 | L.R. Suelzle and M.R. Yearian A 100-Channel counter for an Electron-scattering spectrometer | Page 436 |
480 | H. Crannell The HEPL PL/1 Compiler | Page 437 |
481 | H. Crannell and D. Danforth Dead time corrections for slow counting systems | Page 438 |
482 | L.R. Suelzle, M.R. Yearian, H. Crannell Elastic Electron Scattering from Li6 and Li7 | Page 439 |
483 | D.E. Lundquist, J.V. Allaby, R. Anderson, D. Ritson Polarization of Protons from °photoproduction from Hydrogen in 500 to 1000 MeV Range | Page 440 |
484 | R.L. Anderson and r. Prepost Coherent photoproduction of the p°Meson from Deuterium | Page 441 |
485 | R.F. Frosch, J. S. McCarthy, R.E. Rand, M.R. Yearian Diffraction minimum in elastic electron scattering from He4. | Page 442 |
486 | R.F. Mozley Pion Photoproduction by Polarized -Rays | Page 443 |
487 | F.F. Liu, D. Lundquist, B.H. Wiik Proton polarization from Deuteron photodisintegration in 170 to 450 MeV region | Page 444 |
488 | R.S. Safrata, J.S. McCarthy, W.A Little, M.R. Yearian, R. Hofstadter Scattering of fast electrons by oriented Ho165 Nuclei | Page 445 |
489 | M. Croissiaux, E.B. Dally, R. Morand, J. Pahin, W. Schmidt Photoproduction of °'s from Hydrogen at 180° center of mass system. | Page 446 |
490 | E.B. Dally, J.B. Nelson, W.R. Smith Measurement and analysis of the Zr90 (d,p) Zr91 reaction between. | Page 447 |
491 | G.K. O'Neill Trip report-Frascati and Cern-January 28-February 8th, 1967 | Page 448 |
492 | R.F. Frosch, J.S. McCarthy, R.E. Rand, M.R. Yearian Structure of the He4 Nucleus from Elastic Electron Scattering | Page 449 |
493 | B.H. Wiik and P.B. Wilson Design of a high energy, high duty cycle, racetrack microtron | Page 450 |
494 | H.L. Lynch, J.V. Allaby, D.M. Riston Inelastic electron scattering from protons. | Page 451 |
495 | C.J. Crannell Electron-induced cascade showers in copper, tin and lead. | Page 452 |
496 | D.E. Lundquist Trip Report-Feb. 7-20, 1967, to USSR and West Germany | Page 453 |
497 | R. Hofstadter Trip report: 2nd. INT. Conf. on high energy physics and nuclear structure, Weizmann Institute of Science, Rehovoth, Israel, February 27-March 3, 1967 | Page 454 |
498 | M.R.Yearian Trip report: Nina, Rehovoth, Frascati, February 22-March 8, 1967 | Page 455 |
499 | R.F. Frosch Empirical relation of stable particle Masses | Page 456 |
500 | D. Benaksas and R. Morrison Electron triplets and pairs observed in a streamer chamber | Page 457 |
501 | Staff Status Report: Nov. 1 1966-Jan 31, 1967 | Page 458 |
502 | W.C. Barber Trip Report-Brazil, Israel, Germany, Feb. 12-March 21st. 1967 | Page 459 |
503 | H.A. Schwettman, J.P. Turneaure, W.M. Fairbank, T.I. Smith, M.S. McAshan, P.B. Wilson and E.E. Chambers Low temperature aspects of a cryogenic accelerator | Page 460 |
504 | M.R. Yearian IBM status report #6, Aug. 1, 1966-Jan 31st. 1967 | Page 461 |
505 | M.R. Yearian IBM status report #7-Feb. 1-April 26th. 1967 Final Report | Page 462 |
506 | W.C. Barber, B. Gittelman, W. Selove, D. Tompkins, F. Forman Electron Compton Scattering at =180° | Page 463 |
507 | J.P. Turneaure Microwave measurements of the surface impedance of superconducting tin and Lead | Page 464 |
508 | H. Crannell, L.R. Suelzle, F.J. Uhrhane, M.R. Yearian Elastic Electron Scattering from 13C | Page 465 |
509 | Staff Status Report Feb. 1, -April 30, 1967 | Page 466 |
510 | Hall Crannell The Correction of scattered-electron spectra for radiative effects | Page 467 |
511 | E.H. Bellamy, r. Hofstadter, W.L. Lakin, J. Cox, M.L. Perl, W.T. Toner, T.F. Zipf Energy loss and struggling of High-Energy muons in NaI(T1) | Page 468 |
512 | E.H. Bellamy, R. Hofstadter, W.L. Lakin, M.L. Perl, W.T. Toner Search for fractionally charged particles | Page 469 |
513 | R.F. Frosch, R.E. Rand, H. Crannell, J.S. McCarthy, L.R. Suelzle, M.R. Yearian Inelastic Electron scattering from 4He | Page 470 |
514 | J.M. Pierce The microwave surface resistance of superconducting lead, trapped magnetic flux, and a new magnetometer using superconductivity | Page 471 |
515 | J.B. Bellicard, P. Bounin, R.F. Frosch, R. Hofstadter, J.S. McCarthy, F.J. Uhrhane, M.R. Yearian, B.C. Clark, R. Herman, D.G. Ravenhall Electron scattering studies of Ca40 and Ca48 | Page 472 |
516 | B.H. Wiik Trip Report: London, Darmstadt, and Amsterdam, April 1967 | Page 473 |
517 | G.K. O'Neill Trip Report: Frascati and cern, July 2-9, 1967 | Page 474 |
518 | R. Hofstadter, E.W. O'Dell, C.T. Schmidt CaI2 and CaI2(Eu) Scintillation Crystals | Page 475 |
519 | D.E. Lundquist, R.L. Anderson, J.V. Allaby, D.M. Ritson Polarization of Recoil protons from Neutral Pion photoproduction | Page 476 |
520 | R. Prepost and B. Wiik Preliminary result of a polarization measurement in Proton compton scattering below meson threshold | Page 477 |
521 | Staff Status Report: May 1st.-July 31st, 1967 | Page 478 |
522 | J.B. Bellicard, P. Bounin, R.F. Frosch, R. Hofstadter, J.S. McCarthy, F.J. Uhrhane, M.R. Yearian, B.C. Clark, R. Herman, D.G. Ravenhall Scattering of 750 MeV Electrons by Calcium isotopes | Page 479 |
523 | D.J. Quinn, D.M. Ritson Asymmetric moon photoproduction at Stanford | Page 480 |
524 | J.P. Turneaure Low temperature and linear accelerators: II. Microwave properties of superconductors | Page 481 |
525 | M.S. McAshan The application of superconductors in the construction of High-Q Microwave cavities | Page 482 |
526 | M.S. McAshan Low temperatures and linear accelerators: III. Heat transport and refrigeration | Page 483 |
527 | T.I. Smith Superconducting linear accelerators | Page 484 |
528 | E.E. Chambers Superconducting accelerator project at Stanford: II. The five and five hundred foot accelerators. | Page 485 |
529 | P.B. Wilson Superconducting accelerator project at Stanford: I. Design problems | Page 486 |
530 | C.J. Crannell, H. Crannell, H.D. Zeman a High energy electron beam monitor | Page 487 |
531 | E.B. Dally and R. Hofstadter A high energy electron and -Ray detector with good resolution | Page 488 |
532 | J. Kessler Electron spin polarization by low energy scattering | Page 489 |
533 | J.B. Bellicard, K.J. van Oostrum Elestic electron scattering from lead-208 at 175 and 250 MeV | Page 490 |
534 | D.J. Quinn Asymmetric Photoproduction of moon pairs off hydrogen as a test of Quantum electrodynamics. | Page 491 |
535 | J.N. Weaver, T.I. Smith, P.B. Wilson Accelerating structures for superconducting linacs | Page 492 |
536 | Staff Status Report: Aug. 1st.-Oct. 31st. 1967 | Page 493 |
537 | B.H. Wiik, P.B. Wilson The racetrack microtron: An Electron accelerator for medium energies | Page 494 |
538 | H.R. Bowman, R.C. Gatti, R.C. Jared, G. Kilian, L.G. Moretto, S.G. Thompson, M.R. Croissiaux, J.H. Heisenberg, R. Hofstadter, L.M. Middleman, M.R. Yearian Electron-Induced Fission in U238, Bi209, and Ta181. | Page 495 |
539 | A. Barna. J. Cox, F. Martin, M.L. Perl, T.H. Tan, W.T Toner, T.F. Zipf, E.H. Bellamy Secondary partile yields at 0° from the new Stanford electron accelerator | Page 496 |
540 | H.R. Zulliger, D.W. Aitken Charge collection efficiencies for Lithium-Drifted Silicon and germanium detectors in the x-ray energy region. | Page 497 |
541 | D.W. Aitken, D.W. Emerson, H.R. Zulliger Response of the Lithium-Drifted silicon radiation deterctors to high energy charged particles | Page 498 |
542 | D.J. Drickey A parasitic electron beam and tagged photon beam | Page 499 |
543 | D.J. Drickey, J.R. Kilner, D. Benaksas Charged component of 1-GeV Electron showers in lead | Page 500 |
544 | D.W. Aitken, W.L. Lakin, H.R. Zulliger Energy loss and straggling in silicon by high-energy electrons, positive pions and protons | Page 501 |
545 | R.W. Morrison, D.J. Drickey, R.F. Mozley -Pair production with polarized x-rays | Page 502 |
546 | J.S. McCarthy, T.R. Fisher, E.G. Shelley, R.S. Safrata, D. Healey Inversion in the deformation effect for neutron transmission through oriented Ho165. | Page 503 |
547 | W.C. Barber, G.K. O'Neill, B. Gittelman, B. Richter Effect of crossing angle on interaction rate of colliding beams | Page 504 |
548 | D.M. Ritson, D.J. Quinn Asymmetric muon-pair photoproduction from hydrogen | Page 505 |
549 | P.B. Wilson Theory and design of superconducting electron linear accelerators | Page 506 |
550 | E.B. Dally and R. Hofstadter A lead fluoride cerenkov shower counter | Page 507 |
551 | W.A Lakin, E.B. Hughes, R. Hofstadter A NaI(T14) spectrometer from -rays in the GeV range | Page 508 |
552 | J.P. Turneaure and I. Weissman Microwave surface resistance of superconducting niobium | Page 509 |
553 | J. Turneaure and A. Schwettman Microwave surface impedance and the superconducting energy Gap. | Page 510 |
554 | R.F. Frosch, R. Hofstadter, J.S. McCarthy, G.K. Noldeke, K.J. van Oostrum, M.R. Yearian, B.C. Clark, R. Herman, D.G. Ravenhall Electron scattering studies of calcium and titanium isotopes | Page 511 |
555 | D.W. Aitken Recent advances in X-Ray detection technology. | Page 512 |
556 | R. Hofstadter Total absorption nuclear cascade detectors for high energy physics | Page 513 |
557 | (NEVER WRITTEN) M.R. Yearian, J.S. McCarthy, R. Whitney Diffraction minimum in the elastic electron scattering by He3 Nuclei | Page 514 |
558 | B. Gittelman, W.C. Barber, W. Selove, D. Tompkins, F. Forman 1 BeV Electron compton scattering near 180° | Page 515 |
559 | J. Bellicard, R.F. Frosch, R. Hofstadter, J.S. McCarthy K. van Oostrum, F.J. Uhrhane, M.R. Yearian Elastic electron scattering from lead208 and calcium40, and 48 (Diffusion elastique D'Electrons DE Haute energie sur IE Plomb-208 ET Les Calciums-40 ET 48 | Page 516 |
560 | R. Hofstadter The atomic accelerator | Page 517 |
561 | R. Hofstadter Total absorption detectors for high energy physics | Page 518 |
562 | E.B. Dally A method to measure gallactic -Rays and Electrons | Page 519 |
563 | Staff Status report: November 1967-April 1968 | Page 520 |
564 | L.R. Suelzle RF Amplitude and phase stabilization for a superconducting linear accelerator by feedback stabilization techniques. | Page 521 |
565 | J. Cox, F. Martin, M.L. Perl, T.H. Tan, W.T. Toner, T.F. Zipf, W.L. Lakin A high energy, small phase- space volume muon beam | Page 522 |
566 | R. Prepost, R.M. Simonds, and B.H. Wiik Test of time-reversal invariance in elastic electron scattering from the deuteron | Page 523 |
567 | T.W. Donnelly, J.D. Walecka, I. Sick, and E.B. Hughes Electron excitation of Particle-Hole states in C12. | Page 524 |
568 | P.D. Zimmerman, M.R. Yerarian, T.W. Donnelly Inelastic Electron scattering studies from Ca40 and Ca48 | Page 525 |
569 | D.W. Aitken High resolution with nondispersive X-Ray spectrometers | Page 526 |
570 | E.E. Chambers Particle motion in a standing wave linear accelerator | Page 527 |
571 | I. Weissman and J.P. Turneaure A Nb TM010 mode cavity with high electric field and Q0 | Page 528 |
572 | E.B. Nughes, W.A Lakin, I.Sick, E.B. Dally, and R. Hofstadter New detectors for high and super-high energy physics | Page 529 |
573 | T. Braunstein, H. Bryant, J. Cox, B. Dieterle, W. Lakin, F. Martin, M. Perl, W. Toner, T. Zipf Determination of the total photon-proton cross section from low Q2 muon-proton inelastic scattering. | Page 530 |
574 | R. Prepost, R.M. Simonds and B.H. Wiik Test of time-reversal invariance in Elastic electron scattering from the deuteron. | Page 531 |
575 | Staff Status report: May 1st-August 31st., 1968 | Page 532 |
576 | J.M. Pierce Residual surface resistance in superconducting lead. | Page 533 |
577 | C. Lyneis, M. McAshan, H. Schwettman Applications of the fountain effect in superfluid helium | Page 534 |
578 | H.A Schwettman The development of low temperature technology at stanford and its relevance to high energy physics | Page 535 |
579 | R. Hofstadter, E.B. Hughes, W. Lakin and I. Sick A NaI(T1) total absorption detector for electrons and rays at GeV Energies | Page 536 |
580 | R.L. Anderson and R. Prepost Coherent photoproduction of the meson from Deuterium | Page 537 |
581 | B. Bosco, A. Plazza A Phenomenological determination of the importance of exchange currents in Nuclei | Page 538 |
582 | E. B Dally, M.G. Croissiaux, B. Schwitz Eleastic electron scattering experiments with N15 | Page 539 |
583 | T.I. Smith Tuning superconducting microwave cavity | Page 540 |
584 | M.R. Yearian and P.D. Zimmerman Quasi-Elastic scattering from Ca40 and Ca48 at 250 MeV/c three omentum transfer. | Page 541 |
585 | H.R. Zulliger, L.M. Middleman and D.W. Aitken Linearity and resolution of semiconductor radiation etectors | Page 542 |
586 | R. Simonds and B. Richter Asymmetric electron pair production on carbon | Page 543 |
587 | C. Crannell, H. Crannell, C. Gillespie, K. Pinkau, R. Whitney Experimental determination of the transition effect in Electromagnetic cascade showers. | Page 544 |
588 | C.J. Crannell, H. Crannell, R. Whitney, H. Zeman Electron-Induced cascade showers in water and luminum | Page 545 |
589 | L.G. Moretto, R.C. Gatti, S.G. Thompson, J.T. Routti, J.H. Heisenberg, L.M. Middleman, M.R. Yearian,. Hofstadter Electron-and Bremsstrahlung-induced fission of heavy and medium-heavy nuclei. | Page 546 |
590 | K. Jost and H.D. Zeman Production of polarized electron beams | Page 547 |
591 | H. Zulliger, C.B. Norris, T.W. Sigmon, R.H. Pehl Electric field profile and electron drift velocities in lithium rifted silicon | Page 548 |
592 | E.B. Hughes, R. Hofstadter, W. Lakin, I. Sick On the design of NaI(T1) total absorption detectors for trongly interacting particles at GeV Energies | Page 549 |
593 | R. Anderson, R. Prepost, B. Wiik Photodisintegration of the Deuteron from 220 to 340 MeV. | Page 550 |
594 | T.R. Fisher, D.C. Healey, J.S. McCarthy Spin-Spin effect in the 165 Ho total neutron cross section at energies of 0.4 and 1.0 MeV | Page 551 |
595 | C. Crannell Calculation of the transition effect in electromagnetic cascades for depths beyond shower maximum | Page 552 |
596 | R. Hofstadter Nuclear charge distributions | Page 553 |
597 | Staff Status report 1 Aug.-31 Oct. 1968 | Page 554 |
598 | E. Jones, M. McAshan, L. Suelzle Report on the performance of the superconducitng injector for the Stanford linear accelerator. | Page 555 |
599 | R. Hofstadter The total absorption detectors for high and super-high energy physics. | Page 556 |
600 | W.L. Lakin, R. Hofstadter, E.B. Hughes A measurement of K°2 Nucleus total cross section | Page 557 |
601 | T.I. Smith Tuning superconducting microwave cavities (Abstract only) | Page 558 |
602 | R. Hofstadter, J.S. McCarthy Nuclear scattering experiments | Page 559 |
603 | E.B. Hughes Observations of the total absorption of electrons and pions in matter at GeV Energies | Page 560 |
604 | B. Beron and R. Hofstadter Generation of mechanical vibrations by penetrating particles | Page 561 |
605 | P. Zimmerman, M.R. Yearian, H. Brown Quasi-Elastic Electron scattering studies from CA40 and CA48 | Page 562 |
606 | I. Sick, E. Hughes, T.W. Donnelly, J.D. Walecka, G.E. Walker Electroexcitation of Particle-hole states in 16/0 | Page 563 |
607 | R. Hofstadter Suggested device for precise measurement of particle trajectories | Page 564 |
608 | R. Hofstadter Elastic electron and muon scattering at 100 BeV | Page 565 |
609 | E. Jones Recirculation at the Stanford high energy physics laboratory | Page 566 |
610 | E. Jones and H. Schwarz Super-leak tuning of a superconducting S-Band cavity | Page 567 |
611 | E.E. Chambers Status and development of superconducting 2+ GeV accelerator at HEPL | Page 568 |
612 | J. Turneaure and Viet Nguyen Superconducting Nb TM 010 mode electron-beam welded cavities | Page 569 |
613 | J. Heisenberg, R. Hofstadter, J. McCarthy, I. Sick, B. Clark, R. Herman, D. Ravenhall Elastic electron scattering by Pb208 and new informnation about the nuclear charge distribution | Page 570 |
614 | W. Lakin, L. O'Neill, J. Otis, E.B. Hughes, L. Madansky Measurements of the K°L-Nucleus total cross section at GeV energies | Page 571 |
615 | J. Heisenberg, J.S. McCarthy, I. Sick, M. Yearian Charge distribution of the even Nd-Isotopes | Page 572 |
616 | J. Heisenberg, R. Hofstadter, J.S. McCarthy, I. Sick, B. Clark, R. Herman, D. Ravenhall Fine structure in nuclear charge distribution | Page 573 |
617 | T. Sick, J.S. McCarthy Elastic electron scattering from 12C and 16O | Page 574 |
618 | L. Middleman, R. Ford, R. Hofstadter X-Ray and -Ray studies of high energy electron scatering events using semiconductor detectors | Page 575 |
619 | T. Fisher, D. Healey, D. Parks, S. Lazarus, J. McCarthy, R. Whitney A polarized 59Co target using a 3He-4He dilution refrigerator | Page 576 |
620 | J. Crawford, R. Ford, R. Hofstadter, E. Hughes, L. Middleman, L. O'Neill, J. Otis A request for parasite time in the neutral K° beam in end station B | Page 577 |
621 | H. Zulliger Pair creation in semiconductors | Page 578 |
622 | J. Heisenberg, I. Sick Transition density of the octupole vibration in 208Pb determined by electron scattering | Page 579 |
623 | E. Dally, M. Croissiaux, B. Schweitz Scattering of high energy electrons by nitrogen 14 and 15 | Page 580 |
624 | H. Zulliger, D. Aitken Fano factor fact or fallacy | Page 581 |
625 | B.L. Beron, S.P. Boughn, W.O. Hamilton, R. Hofstadter, T.W. Martin Mechanical oscillations induced by penetrating particles | Page 582 |
626 | E.B. Hughes, R.L. Ford, R. Hofstadter, L.H. O'Neill, J.N. Otis Properties of a NaI(T1) total absorption spectrometer for electrons and -rays at GeV energies | Page 583 |
627 | W.L. Lakin, E.B. Hughes, L.H. O'Neill, J.N. Otis, L. Madansky Measurements of K° and neutron total cross sections on nuclei at GeV energies | Page 584 |
628 | J. Heisenberg, J.S. McCarthy, I. Sick Elastic electron scattering from 13c | Page 585 |
629 | G. Li, I. Sick, J. Walecka, G. Walker M5 and higher mangetic moments in elastic electron scattering | Page 586 |
630 | D.C. Healey, J. McCarthy, d. Parks, T.R. Fisher Experimental observation of a "Spin-Spin Effect" in the neutron total cross section of 59Co | Page 587 |
631 | E.B. Hughes, R. Hofstadter Total absorption detector | Page 588 |
632 | A.J. Favale, E.J. Schneid, R. Hofstadter, E.B. Hughes A new instrument concept for a -ray astronomy | Page 589 |
633 | E.E. Chambers, R. Hofstadter A proposed spectrometer for Stanford's high energy physics laboratory | Page 590 |
634 | R. Hofstadter Total absorption detectors for super-high energy physics | Page 591 |
635 | J. McCarthy, I. Sick, R. Whitney, M. Yearian Electromagnetic structure of the He3 nucleus | Page 592 |
636 | G. Li, I. Sick, R. Whitney, M. Yearian High Energy electron scattering from 6Li | Page 593 |
637 | F.Bumiller, F.R. Buskirk, J.W. Stewart, E.B. Dally The form factor ratio GEn/GFP at low momentum transfers | Page 594 |
638 | T.W. Donnelly, I. Sick, J.D. Walecka, G.E. Walker Excitation of particle hole states in Si28 by inelastic electron scattering at high momentum transfer | Page 595 |
639 | Peter Bramham Measured and computed fields in the niobium accelerator structure | Page 596 |
640 | J.P. Turneaure, P. Bramham Design of Niobium structure | Page 597 |
641 | J. Heisenberg, R. Hofstadter, J.S. McCarthy, I. Sick, M.R. Yearian, B.C., Clark, R. Herman, D.G. Ravenhall Nuclear charge distributions from electron scattering: barium and neodymium | Page 598 |
642 | J. Heisenberg, J.S. McCarthy, I. Sick Inelastic electron scattering from several CA, Ti and jFe-Isotopes | Page 599 |
643 | H.D. Zeman, K. Jost, S. Gilad An inexpensive energy filter lens for large diameter electron beams | Page 600 |
644 | F.J. Uhrhane, J.S. McCarthy, and M.R. Yearian Electron scattering from aligned and non-aligned Ho165 nuclei | Page 601 |
645 | R.L. Ford, R. Hofstadter, E.B. Hughes, L.H. O'Neill, R.F. Schilling Response of thallium chloride as a spectrometer for high energy electrons | Page 602 |
646 | E.J. Moniz, I. Sick, R.R. Whitney, J.R. Ficenec, R.D. Kephart, W.P. Trower Nuclear permi momenta from Quasi-Elastic electron scattering | Page 603 |
647 | G.C. Li, I. Sick, M.R. Yearin High energy elastic electron scattering from Mg24, Si28, and Snat | Page 604 |
648 | J.R.J. Bennett High charge state heavy ion sources | Page 605 |
649 | L.R. Suelzle Status of the superconducting 2 GeV linear electron accelerator | Page 606 |
650 | E.B. Hughes On the response of a Large NaI(T1) Total absorption spectrometer to Electrons at GeV Energies | Page 607 |
651 | J.P. Turneaure Measurements of superconducting Nb prototype structures at 1300 MHz | Page 608 |
652 | D. Boyd, H.A. Schwettman, W.M. Fairbank A cryogenic source of negative pions for cancer therapy | Page 609 |
653 | Nip Chambers Phase bunching and radial focussing in a linear accelerator by alternating the sign of the synchronous phase | Page 610 |
654 | R. Rand A method of improving energy resolutions and increasing target thickness in 180° Electron- Nucleus scattering | Page 611 |
655 | P.H. Ceperley Studies of Superconducting cavities for heavy ion accelerators | Page 612 |
656 | M.S. McAshan Particle Accelerators | Page 613 |
657 | D. Boyd Some Characteristics of Negative Pion production using a medium energy electron accelerator | Page 614 |
658 | B.B.P. Sinha, G.A. Peterson, I. Sick, J.S. McCarthy Elastic electron scattering from the Isotones 40 CA and 39K | Page 615 |
659 | J.P. Turneaure Some theoretical aspects of RF superconductivity | Page 616 |
660 | I. Ben Zvi, J.G. Castle, Jr., Peter Ceperley Properties of a superconducting niobium test cavity at 350 MHz | Page 617 |
661 | E. Dally, R. Zdarko Asymmetry measurements for M° and M+ photoproduction by linearly polarized x- rays in the energy range 400-900 MeV | Page 618 |
662 | Peter H. Ceperley, J.G. Castle, Jr. U.H.F. losses in sapphire and ruby at low temperature | Page 619 |
663 | Peter H. Ceperley Pondermotive Oscillations in a superconducting helical resonator | Page 620 |
664 | R. Hofstadter Recirculation of an Electron bam in a linear accelerator | Page 621 |
665 | M. McAshan, H.A. Schwetman, L.R. Suelzle, J.P. Turneaure Development of the Superdoncuting accelerator | Page 622 |
666 | I. Ben Zvi, L. Bogart, J.P. Turneaure A simple device for improved control of 100% penetration electron beam welds | Page 623 |
667 | D.P. Boyd, R.E. Rand, G. Rothbart, E. Barth Coaxial and printed circuit delay lines for Multi-Wire proportional chaber readout | Page 624 |
668 | Gloria Li Pion Dose Calcultations and treatment planning using ideal pencil beams/published as "Pion Dose calculations acceptable for treatment planning" | Page 625 |
669 | Jack Simpson A superconducting pion channel for the radiation treatment for cancer. | Page 626 |
670 | Doug Boyd Title: ? | Page 627 |
671 | R. Schilling, J. Crawford, R. Ford, R. Hofstadter, B. Hughes, L. O'Neill Performance of Thallium chloride scinitllator as a total absorption shower cascade detector | Page 628 |
672 | E.B. Hughes, R. Ford, R. Hofstadter, L. O'Neill, R.F. Schilling and R.J. Wedemeyer Properties and applications of large NaI(T1) total abrorption spectrometers | Page 629 |
673 | S.R. Stein and J. Turneaure A superconducting cavity stabilized oscillator of high stability | Page 630 |
674 | A. Hebbard Search for practional charge using low temp. techniques | Page 631 |
675 | J.P. Turneaure The status of superconductivity of RF applications | Page 632 |
676 | Heisenberg, Hofstadter, McCarthy, Herman and Clark Electron scattering determination of Isotopic differences in the charge distribution of Ti 46, 48, and 50 | Page 633 |
677 | R. Rand and Z.G.T. Guiragossian A high quality Electrohn/Photon beam for NAL | Page 634 |
678 | R. Hofstadter, J. Crawford, B. Hughes and R. Schilling To test and calibrate a large Na1(T1) Tanc detector and to measure nuetral hadron cross sections | Page 635 |
679 | A. Vetter and I. Ben Zvi Beam dynamics program for a superconducting heavy Ion Linac | Page 636 |
680 | M. McAshan, K. Mittag, H.A. Schwettman, L.R. Suelzle and J. Turneaure Demonstration of the superconducting accelerator as a high intensity high resolution device | Page 637 |
681 | J. Turneaure and S. Stein Superconducting stabilizing Oscillator | Page 638 |
682 | H.A. Schwettman and R. Waites The effect of a magnetic field on field emission through atoms absorbed on a metallic surface | Page 639 |
683 | R. Waites and H.A. Schwettman Field emission from bismuth and tungsten in a magnetic field | Page 640 |
684 | L.R. Suelzle and E.E. Chambers Beam performance ofhte superconducting injector for the Stanford linear electron accelerator | Page 641 |
685 | K. Mittag and H. Schwartz Beam breakup in an superconducting electron accelerator | Page 642 |
686 | C. Lyneis, M. McAshan and V. Nguyen Recent measurements of S-Band and L-Band cavities at Stanford | Page 643 |
687 | E.B. Hughes total absorption detectors | Page 644 |
688 | R. Rand Kinematic limitations of the Baryon spectrum: A comparision with black holes | Page 645 |
689 | R. Hofstadter High energy physics using total absorption detectors | Page 646 |
690 | Intermediate and high energy physics quarterly status report #1(NSF) | Page 647 |
691 | G. Li High momentum transfer electron scattering from Mg24, Si28 and S32 | Page 648 |
692 | H.A. Schwettman, M. McAshan, K. Mittag, L.R. Suelzle and J. Turhneaure Demonstration of the superconducting electron accelerator as a high intensity high-resolution device | Page 649 |
693 | I. Sick The charge density difference between 208Pb and 209Bi | Page 650 |
694 | G.C. Li, R. Whitney, Sinha and Peterson Nuclear charge distribution of Isotone Pairs I, 31P and 32S | Page 651 |
695 | B. Beron and E. Gruenstein Action and reaction in a relativistic system: A Genanken Experiment | Page 652 |
696 | R.E. Rand A multi-Orbit recirculation system for a superconducting linear accelerator-The recyclotron | Page 653 |
697 | D. Boyd, H.A. Schwettman and J. Simpson A large acceptance pion channel for cancer therapy | Page 654 |
698 | Z.G.T. Guiragossian and R.F. Schilling Study of signal shaping and energy repsonse of large NaI(T1) spectrometers for application at NAL | Page 655 |
699 | J. Turneaure, H.A. Schwettmann and R. Waites Evidence for surface state-enhanced field emission in RF Superconducting cavities | Page 656 |
700 | Z.G.T. Guiragossian and R.E. Rand A 300 DeV High quality electron and pion beam at the new generation proton accelerator | Page 657 |
701 | L.R. Suelzle Progress on RF Electron superconducting accelerators | Page 658 |
702 | K. Mittag, H.A. Schwettman and H. Schwarz Beam Breakup in a 55-Cell superconducting Accelerator Structure | Page 659 |
703 | C. Lyneis, Y. Kojima, J. Turneaure and N.T. Viet Electron loading in L- and S-Bend superconducting Niobium cavities | Page 660 |
704 | J.M.J. Madey, H.A Schwettman and W.M. Fairbank A free electron laser | Page 661 |
705 | Z.G.T. Guiragossian, G. Rothbart and M.R. Yearian Picosecond time measurement with a linear accelerator and R.F. separator | Page 662 |
706 | I. Ben Zvi, J.F. Crawford and J.P. Turneaure Electron Multiplication in Cavities | Page 663 |
707 | J. Pierce Residual microwave surface resistance of superconducting lead | Page 664 |
708 | R.E. Rand, M.R. Yearian and C. Buchanan Resolution of the apparent discrepancy in the magnetic for factor of the deuteron | Page 665 |
709 | L. O'Neill, R. Ford, J. Crawford, R. Hofstadter, B. Hughes, R. Schilling, R. Wedemeyer Inclusive production of high energy neutral pions in pion-proton collisions at 14 G | Page 666 |
710 | S.R. Stein and J.P. Turneaure Demonstration of the superconducting cavity stabilized oscillator | Page 667 |
711 | I. Ben Zvi, P.H. Ceperley, H.A. Schwettman Stanford's superconducting heavy ion linac study: The design of Re-Entrant cavities | Page 668 |
712 | B. Beron, J. Crawford, R. Hofstadter, E.B. Hughes, R. Lose, P. LeCoultre, T. Martin, L. O'Neill, R. Schilling, R. Rand, J. Simpson and R. Wedemeyer Recent application of NaIT1) Total absorption counters. Presenterd at the 1973 conference on instrumentat | Page 669 |
713 | M.R. Yearian, R. Rand, H.A. Bethe, C.D. Buchanan Comments on present status of elastic and inelastic magnetic electron deuteron scattering | Page 670 |
714 | J.S. McCarthy, I. Sick, R. Whitney and M.R. Yearian Quasi-Elastic Electron scattering from 3He and 4He | Page 671 |
715 | B. Hughes and B. Beron Gamma Ray and pi° production from Hydrogen and complex nuclei by 270 to 375 gamma rays | Page 672 |
716 | J. Crawford, R. Ford, B. Hughes, R. Kose, T. Martin, L. O'Neill R. Rand, R. Schilling, J. Simpton and R. Rivinus An experiment to measure the reactions e+ e- etc. | Page 673 |
717 | E.E. Chambers Standford's superconducting heavy Ion linac study: The triple focussing linear accelerator | Page 674 |
718 | I. Sick, J. Ficene, Fajardo, P. Trower Elastic Electron-Tin Scattering | Page 675 |
719 | John Coonrod Computer Inteface for the Stanford pion therapy facility | Page 676 |
720 | R. Rand, B. Hughes, R. Kose, T. Martin, R. Schilling and McGregor A multi-wire proportional chamber system for use in a colliding beam experiment | Page 677 |
721 | R. Hofstadter Total absorption detectors and their application to high energy physics | Page 678 |
722 | D. Boyd, W. Fairban, H.A. Schwettman, J. Simpson, H. Kaplan and M. Bagshaw Design and installation of the large acceptance superconducting pion generator for cancer therapy | Page 679 |
723 | Todd I. Smith Superconducting microware cavities and josephson junctions | Page 680 |
724 | D. Boyd, J. Coonrod and J. Dehnert et al A high pressure Xenon proportional chamber for X-ray laminographic reconstruction using fan beam geometry | Page 681 |
725 | L. Bogart and I. Ben-Zvi A Sapphire to Vio0bium Vaccum seal for the temperature range 2°K to 2000°K supported by the NSF. | Page 682 |
726 | D. Boyd and J. Dehnert A comparision study of some computer reconstructive techniques | Page 683 |
727 | D. DiBitonto and D. Hitlin A high intensity superconducting Muon Channel submitted to nuclear instruments and methods typed and prepared at SLAC | Page 684 |
728 | J. Turneaure, H.A. Schwettman, H. Schwarz and M. McAshan Performance of Six-meter 1300 MHz superconducting niobium accelerator structure | Page 685 |
729 | B. Beron, J. Crawford, R. Ford, R. Hofstadter, E. Hughes, R. Kose, P. LeCoultre, T. Martin, L. O'Neill, R. Rand, J. Simpson, L. Resvanis and R. Schilling The observaction of the reaction e+e-, e+e-, e+e-, e+e-, e+e- at Spear | Page 686 |
730 | A precision luminosity monitor for use at Electron-positron intersecting storage rings | Page 687 |
731 | Stanford's superconducting heavy ion Linac Study I. Ben-Zvi, P. Ceperley and H.A. Schwettman | Page 688 |
732 | Progress report on the Stanford Superconducting recyclotron M. McAshan, R. Rand, H.A. Schwettman, T. Smith and J. Turneaure | Page 689 |
733 | Tests of Electrodynamics at Spear E.B. Hughes | Page 690 |
734 | B. Beron, J. Crawford, R. Ford, R. Hofsadter, B. Hughes, R. Kose, T. Martin, L. O'Neill, R. Rand, J. Simpson, R. Schilling, L. Resvanis and P. LeCoultre Measurements of e+e-, e+e-, e+e-, and +gg- at spear | Page 691 |
735 | A proposal to the office of Naval research for development of superconducting cavity stabilized oscillators as an Ultra high stability frequency source. J. Turneaure and H.A. Schwettman | Page 692 |
736 | Quasi-Elastic Electron Scattering R. Whitney, I. Sick, R. Ficene, R. Kephart and P. Trower | Page 693 |
737 | Experimental studies of the microwave properties of 8.6 GHZ superconducting Niobium-Tantalum and Tantalum Cavities Claude Lyneis | Page 694 |
738 | Stanford's superconducting heavy Ion Linac study: Beam dynamics for a cryogenic booster linac I. Ben-Zvi and A. M. Vetter | Page 695 |
739 | Relative velocity measurements of electrons and Gamma Rays at 15 GeV G. Rothbart, G. Guiragossian and M.R. Yearian | Page 696 |
740 | On the role of electrons in RF breakdown C. Lyneis, P. Kneisel, O. Stolz and J. Halbritter | Page 697 |
741 | The superconducting cavity stabilized oscillator and an experiment to detecto time variance of the fundamental constant | Page 698 |
742 | Pion channel digital electronics John Coonrod | Page 699 |
743 | Analysis and development of a very sensitive low temperature gravitational radiation detector Ho Jung Paik | Page 700 |
744 | Measurments on superconducting niobium S-Band cavities P. Kneisel, C. Lyneis and J.P. Turneaure | Page 701 |
745 | Large NaI(T1) Crystals as High resolution Spectrometers in High Energy Physics and in -Ray Astronomy L. O'Neill, R. Ford, R. Hofstadter, B. Hughes, R. Kose, P. LeCoultre, T. Martin and R. Schilling | Page 702 |
746 | Superconducting Stabilized Oscillators of 6x10-16 S.R. Stein and J.P. Turneaure | Page 703 |
747 | Stanford's Superconducting Heavy Ion Linac study: The production and testing of Re-Entrant cavities I. Ben-Zvi and P. Ceperley | Page 704 |
748 | Measurements of e+e-, e+e-, e+e-, and e+e-, At center of Mass Energies close to 3105 MeV B. Beron, R. Ford, E. Hilger, R. Hofstadter, B. Howll, B. Hughes, A. Liberamn, T. Martin, L. O'Neill and J. Simpson | Page 705 |
749 | 25 Years of Scintillation Counting R. Hofstadter | Page 706 |
750 | Tests on superconducting S-Bend Prototype Nb Accelerator Structures J. Turneaure, P. Kneisel and C. Lyneis | Page 707 |
751 | Practical considerations in the design and operation of superconducting structures H.A. Schwettman | Page 708 |
752 | M.R. Yearian and M. Van Dort Assymetric degradation of D, L-Leucine by longitudinal polarized electrons | Page 709 |
753 | D. Boyd Instrumentation for Fan Beam Computerized Tomography of the body | Page 710 |
754 | Z.G.T. Guiragossian | Page 711 |
755 | Z.G.T. Guiragossian The potential physics program of the 168" HEPL foussing spectrometer at Fermilab | Page 712 |
756 | Z.G.T. Guiragossian | Page 713 |
757 | L. Elias, T. Smith, J. Madey, H.A. Schwettman and W.M. Fairbank The free electron Transverse B. Laser 10.6 Gain Measurements | Page 714 |
758 | E. Hilger, B. Beron, R. Ford, R. Hofstadter, B. Howell, E. Hughes, A. Liberman, T. Martin, L. O'Neill, J. Simpson, L. Resvanis Measurements of selected (3684) branching ratios from a study of secondary lepton pairs | Page 715 |
759 | E. Hilger, B. Beron, R. Ford, R. Hofstadter, B. Howell, E. Hughes, A. Liberman, T. Martin, L. O'Neill, J. Simpson, L. Resvanis A search for monoenergetic -Rays from (3700) Decay | Page 716 |
760 | L. Elias, W. Fairbank, J. Madey, H.A. Schwettman and T. Smith Observation of stimulated emission of radiation by relativistic electrons in a spatially periodic transverse magnetic field. | Page 717 |
761 | J.P. Turneaure and S.R. Stein An experimental limit on the time variation of the fine structure constant | Page 718 |
762 | A recent search for Monoenergetic -Rays from (3684) Decay J.W. Simpson, B.L. Beron, R.L. Ford, E. Hilger, R. Hofstadter, R.L. Howell, E.B. Hughes, A.D. Liberman, T.W. Martina and L.H. O'Neill | Page 719 |
763 | Superconducting re-entranst cavities for heavy ion linacs. P.H. Ceperley, I. Ben-Zvi, H.F. Glavish and S.S. Hanna | Page 720 |
764 | "I-The interaction of gravitational waves and matter II-The design and construction of a cryogenic gravitational wave detector" | Page 721 |
765 | "A measurement of the reaction e+e- in the region of the (3684) E.B Hughes, B.L. Beron, R.L. Carrington, R.L. Ford, E. Hilger, R. Hofstadter, A.D. Liberman, T.W. Martin, L.H. O'Neill and J.W. Simpson | Page 722 |
766 | " (3095) and (3684) results from the HEPL experiment (SP-16) at Spear B.L. Beron, R.L. Carrington, R.L. Ford, E. Hilger, R. Hofstadter, E.B. Hughes, A.D. Liberman, T.W. Martin, L.H. O'Neill and J.W. Simpson, L.K. Resvanis | Page 723 |
767 | Tests of QED from SLAC Experiments SP-4 and SP-16 at SPEAR" B.L. Beron, R.L. Carrington, J.F. Crawford, R.L. Ford, E. Hilger, R. Hofstadter, E.B. Hughes, R. Kose, P. LeCoultre, A.D. Liberman, T.W. Martin, L.H. O' Neill, R.E. Rand, R.F. Schilling and J.W | Page 724 |
768 | "Quantum Electrodynamics in Electron-Positron Systems" R. Hofstadter | Page 725 |
769 | "A MWPC Instrumentation system with small dead-time and with provision for automatic testing and calibration" S.R. Olson, F. Kirsten, K.L. Lee, and D.B. Turner, A. Grigorian and Z.G.T. Giragossian | Page 726 |
770 | "Delay line MWPC Hazard signals inspectro" D.B. Turner and F. Kirsten and Z.G.T. Guirogossian and R. Schilling | Page 727 |
771 | "Four-Deep charge-Time and Pulse-Width scaling discriminator for delay line MWPC's" K. Lee and F.A.Kirsten, A. Grigorian and Z.G.T. Guiragossian | Page 728 |
772 | Card missing | Page 729 |
773 | "Inclusive production of High energy neutral pions from pion-proton collisions at 14 GeV/c" L.H. O'Neill, R.L. Ford, J.F. Crawford, R. Hofstadter, E.B. Hughes and R.F. Scilling. | Page 730 |
774 | "Experimental tests of Quantum Electroydnamics_Through the measurements of the reaction e+e-, e +e-, e+e-, and e+e-, hh. At a center of mass energy of 5.2 GeV" B.L. Beron, J.F. Crawford, R.L. Ford, R. Hofstadter, E.B. Hughes, R. Kose, P. LeCoultre, T.W. | Page 731 |
775 | Measurements of the reaction e+e- • e+e- at center of Mass Energies of 7.0 and 7.4 GeV L.H. O'Neill, B.L. Beron, R.L. Carrington, R.L. Ford, E. Hilger, r. Hofstadter, E.B. Hughes, A.D. Liberman T.W. Martin and J.W. Simpson | Page 732 |
776 | Card Missing | Page 733 |
777 | Search for Gravitational radiation, A large-Scale experiment requiring temperature in the Millikelvin region M.S. McAshan | Page 734 |
778 | The present operational status of superconducting electron linear accelerators | Page 735 |
779 | Some fundamental tests of Quantum Electrodynamics Robert Hofstadter | Page 736 |
780 | Recent tests of Quantum Electrodynamics at center of mass energies close to 73.4 GeV B.L. Beron, R.L. Carrington, R.L. Ford E. Hilger, R. Hofstadter, E.B. Hughes and A.D. LIberman, T.W. Martin, I.H. O'Neill and J.W. Simpson | Page 737 |
781 | Measurement of the reaction e+e- at Center of Mass Energies in the range 6.2-7.4 GeV E. Hilger, B.L. Beron, R.L. Carrington, R.L. Ford, W.T. Hill, R. Hofstadter, E.B Hughes, A.D. LIberman, T.W. Martin, L.H. O'Neill and J.W. Simpson | Page 738 |
782 | David Earl Claridge No further info. available | Page 739 |
783 | M. Schwarz No further info. available | Page 740 |
784 | Speculation the Asymmetric degradation of Dl-Leucine with Longitudinal Polarized electrons. | Page 741 |
785 | Fermi momenta dn separation energies obtained from the Quasi-Elastic scattering of electrons from 48CA and 40CA P.D. Zimmerman and M.R. Yearian | Page 742 |
786 | An experimental test of Quantum Electrodynamics through the measurements of the reaction e+e- at a center of Mass energy at 7.4 GeV E. Hilger, B.L. Beron, R.L. Carrington, R.L. Ford, W. Hill, R. HOfstadter, E.B. Hughes, A.D. Liberman, T.W. Martin, L.H. | Page 743 |
787 | Measurement of the microwave properties of superconducting Nb30-Ta70 C.M. Lyneis and J.P. Turneaure | Page 744 |
788 | Measurement of the reaction e+e- at center of Mass energies in the range 6.2-7.4 GeV B.L. Beron, R.L. Carrington, R.L. Ford, E. Hilger, R. Hofstadter, E.B. Hughes, A.D. Liberman, T.W Martin, L.H. O'Neill and J.W. Simpson, | Page 745 |
789 | Performance of Large, modularized, NaI(T) Detectors R.L. Ford, B.L. Beron, R.L. Carrington, R. Hofstadter, E.B. Hughes, G.I. Kirkbride, L.H. O'Neill, and J.W. Simpson | Page 746 |
790 | The Physics Capabilities of Electron-Proton Storage Rings at Fermilab Zaven G.T. Guiragossian | Page 747 |
791 | E.B. Hughes | Page 748 |
792 | Final report to office of naval research, contract N00014-75-C-786 | Page 749 |
793 | First operation of a free electron laser D.A.G. Deacon, L.R. Elias, J.M.J. Madey, G.J. Ramian, H.A. Schwettman, and T.I. Smith | Page 750 |
794 | Initial performance of the stanford superconducting recyclotron J.R. Calarco, M.S. McAshan, H.A. Schwettman, T.I. Smith and J.P. Turneaure and M.R. Yearian | Page 751 |
795 | Enhancement in electron beam purity and intensity at fermilab with use of crystaline Tungsten targets A. Grigorian, A.G.T. Guiragossian and et al. | Page 752 |
796 | Polarized electrons and the origin of optical activity W.A. bonner, M.A. Van Dort, M.R. Yearian, H.D. Zeman and G.C. Li | Page 753 |
797 | Free electron lasers J.M.J. Madey and D.A.G. Deacon | Page 754 |
798 | Operation of the free electron laser oscillator at 3.417 Microns D.A.G. Deacon, L.R. Elias, J.M.J. Madey, G.J. Ramian, H.A. Schwettman and T.I. Smith | Page 755 |
799 | Comment on nuclear charge distribution of Isotope pairs II. 39K and 40CA R. Hofstadter, J. Bellicard and J. McCarthy et al. | Page 756 |
800 | Observation of Mechanical nyquist noise in a cryogenic gravitational-Wave Antenna S.P. Boughn, W.M. Fairbank, R.P. Giffard, J.N. Hollenhorst, M.S. McAshan, H.P. Paik and R.C. Taber | Page 757 |
802 | Elimination of Electron multipacting in superconducting structure for electron accelerators | Page 759 |
803 | Operating characteristics and beam breakup measurements in the superconducting recyclotron M.S. Brittan, M.S. McAshan, H.A. Schwettman, T.I. Smith and J.P. Turneaure | Page 760 |
804 | Theory of a free electron laser W.B. Colson | Page 761 |
805 | One-body electron dynamics in a free electron laser W. Colson | Page 762 |
806 | Structure in the radiative capture of 12C by 12C near the coulomb barrier A.M. Sandorfi and A.M. Nathan | Page 763 |
807 | Preliminary report on an All-Order summation of the perturbation series for an electron in a free electron laser D.A.G. Deacon | Page 764 |
808 | A superconducting helically wound magnet for the free electron laser L.R. Elias and J.M.J. Madey | Page 765 |
809 | A superconducting helically wound magnet for the free electron laser L.R. Elias and J.M.J. Madey | Page 765 |
810 | One-body analysis of free electron lasers W.B. Colson | Page 767 |
811 | Card is missing | Page 768 |
812 | A discussion of the potential of the free electron laser as a high power tuneable source of infrared, visible and ultraviolet radiation | Page 769 |
813 | The free electron laser D.A.G. Deacon, L.R. Elias, J.M.J. Madey, H.A. Schwettman and T.I. Smith | Page 770 |
814 | Molecular Chirality of life and intrinsic chirality of matter W.A Bonner, M.A. Van Dort and M.R. Yearian | Page 771 |
815 | A free electgron laser in a uniform magnetic field W.B. Colson and S.K. Ride | Page 772 |
816 | Card is missing | Page 773 |
817 | A fast pulsed electron gun J.M.J. Madey, G.J. Ramian and T.I. Smith | Page 774 |
818 | A superconducting helically wound magnet for the free electron laser L.R. Elias and J.M.J. Madey | Page 775 |
819 | An approximate technique for the integration of the equation of motion in a free electron laser J.M.J. Madey, D.A.G. Deason, L.R. Elias and T.I. Smith | Page 776 |
820 | Free Electron laser theory William B. Colson | Page 777 |
821 | Exact classical electron dynamic approach for a free-electron laser amplifier William B. Colson | Page 778 |
822 | Electron-Induced fission of light nuclei A.M. Sandorfi | Page 779 |
823 | Relationship between mean radiated energy, mean squared radiated energy, and spontaneous power spectrum in a power series expansion of the equations of motion in a free electron laser. J.M.J. Madey | Page 780 |
824 | One dimensional monte carlo analysis of a free electron laser in a storage ring L.R. Elias, J.M.J. Madey and T.I. Smith | Page 781 |
825 | Fission of 24Mg following EO and E2 excitation A.M. Sandorfi | Page 782 |
826 | Higher order mode survey in the SCA structure C.M. Lyneis, H.A. Schwettman, M. Boussoukaya and J. Sayag | Page 783 |
827 | Behavior of synchrotron motion in a storage ring laser D.A.G. Deacon | Page 784 |
828 | Boltmann simulation of a storage ring laser D.A.G. Deacon and J.M.J. Madey | Page 785 |
829 | Free Electron Lasers, boundary deformation and the robinson-liouville theorem. J.M.J. Madey, D.A.G. Deacon and T.I. Smith | Page 786 |
830 | Reducing the sensitivy of a free electron laser to electron energy. T.I. Smith, J.M.J. Madey, L.R. Elias and D.A.G. Deacon | Page 787 |
831 | Energy and phase dynamics of a storage ring free electron laser with transverse magnetic field gradients L.R. Elias, J.M.J. Madey and T.I. Smith | Page 788 |
832 | Compact multiwire proportional chambers and electronics for the crystal ball detector J.E. Glaser, A.D. Liberman, J. Rolfe, B.L.Beron, E.D. Bloom, F. Bulos, R. Hofstadter, E.B. Hughes, C. Kiedling, W.D. Kollman, J.G. O'Reilly, R.A. Partridge, C.W. Peck, | Page 789 |
833 | "U se of a low energy proton accelerator for calibrating a large NaI(T1) Array in a high energy physics experiment G.I. Kirkbride, J.G. O'Reilly, J.C. Tompkins, D.G. Aschman, B.L. Beron, E.D. Bloom, F. Bulos, J.E. Gaiser, G.L. Godfrey, R. Hofstadter, E. | Page 790 |
834 | New charged particle detection techniques for use with high duty-cycle electron accelerators A.M. Sandorfi and J.R. Calarco | Page 791 |
835 | Investigation of low field electrons and breakdown generation in a S-Band superconducting cavity J. Sayag and C. Lyneis | Page 792 |
836 | The Recyclotron-Recirculation system based on multichannel bending magnets R.E. Rand and T.I. Smith | Page 793 |
837 | A high power, CW, Tuneable, Efficient, UV-Visible and IR Free electron laser using low energy electron beams" L.R. Elias | Page 794 |
838 | Superconducting structure for high duty factor electron accelerators C.M. Lyneis | Page 795 |
839 | The superconducting recyclotron at Stanford C.M. Lyneis, M.S. McAshan, R.E. Rand, H.A. Schwettman, T.I. Smith, J.P. Turneaure and A.M. Vetter | Page 796 |
840 | Beam optical control of beam breakup in a recirculating electron accelerator R.E. Rand and T.I. Smith | Page 797 |
841 | Regenerative Beam breakup in Multi-Pass accelerators-- Theory, results from calculated models, and predictions A. Vetter, C. Lyneis and H.A. Schwettman | Page 798 |
842 | The Stanford recyclotron C. Lyneis, M.McAshan, R. Rand, H.A. Schwettman, T. Smith and J. Turneaure | Page 799 |
843 | Performance of a superconducting accelerator structure with a modified geometry. C.M. Lyneis, J. Sayag, H.A. Schwettman and J.P. Turneaure. | Page 800 |
844 | Dependence of Multi-pass beam breakup on accelerator parameters A.M. Better, C.M. Lyneis and H.A. Schwettman | Page 801 |
845 | NaI(T1) Detectors in intermediate energy physics E.B. Hughes | Page 802 |
846 | Card is missing | Page 803 |
847 | Equation of motion for a free electron laser magnet with a transvserve gradient J.M.J. Madey and Robert Taber | Page 804 |
848 | Characteristics of the telescope for high energy Famma-Ray astronomy selected for definition studies on the Gamma-Ray observatory E.B. Hughes, R. Hofstadter and J. Rolfe | Page 805 |
849 | The use of an active coded aperture for improved directional measurements in high energy Gamma-Ray astronomy A. Johannson, B.L. Beron, L. Campbell, R. Eichler, P. Gorodetsky, R. Hofstadter, E.B. Hughes, and S. Wilson | Page 806 |
850 | Cancellation of transverse excitation in gain expanded free eelctron lasers J.M.M. Madey7 | Page 807 |
851 | Performance of the superconducting recyclotron C.M. Lyneis, M.S. McAshan, R.E. Rand, H.A. Schwettman, T.I. Smith and J.P. Turneaure | Page 808 |
852 | Coincidence experiments at Stanford J.R. Calarco | Page 809 |
853 | Scaling realtions for the power output of Gain expanded storage ring free electron laser. J.M.J. Madey | Page 810 |
854 | Theory of the Isochronous storage ring laser David A.G. Deacon | Page 811 |
855 | Gain and Saturation in excitation cancelling Gain-expanded free electron lasers J.M.J. Madey and Robert Taber | Page 812 |
856 | The Microtron (accelerators and storage rings, Vol. 1) R.E. Rand | Page 813 |
857 | Experimental aspects of free electron lasers J.J.J. Madey and J. Eckstein | Page 814 |
858 | Spontaneous emission in a free electron laser S.K. Ride, W.B. Colson | Page 815 |
859 | Isochronous storage ring laser: A possible solution to the electron heating problem in recirculating free electron lasers D.A.G. Deacon, J.M.J. Madey | Page 816 |
860 | Recent results form the crystal ball J.C. Tompkins | Page 817 |
861 | IX. Scintillation Detectors Inorganic Scintillators A review of techniques and applications E.B. Hughes, R. Hofadter and R.L. Heath | Page 818 |
862 | Width of E2(T=0) Giant Resonance in permanently deformed nuclei J.D.T. Arruda-Neto, B.L. Berman, S.B. Herdade and I.C. Nascimento | Page 819 |
863 | Evidence of interfering dipole state in the giant resonance of 12C from 12C(e,e'p)11" | Page 820 |
864 | Gain depression in free electron lasers W.B. Colson et al. | Page 821 |
865 | "(e,e'p)-Koinzidenzmessungen am 12C im Bereich der elektrischen Dipolriesenresonanz" J.R. Calarco, J. Arruda-Neto, K. Griffioen, S.S. Hanna, D. Hoffmann, M. Muller, B. Neyer, M. O' Halloran, R. Rand, K. Wienhard, M.R. Yearian | Page 822 |
866 | Resonanzfluoreszenzstreuung on 138Ba und 140Ce K. Wienhard et al | Page 823 |
867 | 12C(e,e'p) Coincidence measurements in the Region of the giant electric dipole Resonance J.R. Calarco, J. Arruda-Neto, K. Griffioen, S.S. Hanna, D.H.H. Hoffmann, M. Mueller, b. Neyer, M. O'Halloran, R. Rand, K. Wienhard and M.R. Yearian | Page 824 |
868 | Ultra-Short pulse propagation in free electron lasers W.B. Colson and Sally Ride | Page 825 |
869 | Regenerative Beam Breakup in Multi-Pass electron accelerators | Page 826 |
870 | Fission decay of the isoscalar giant quadrupole resonance for 238U J.D.T. Arruda-Neto and B.L. Berman | Page 827 |
871 | Optimization of parameters for Gain-Expanded excitation cancelling free electron lasers John M.J. Madey | Page 828 |
872 | Decay J/• 3y Search for the nc R. Hofstadter, I. Kirkbride and J. Tompkins | Page 829 |
873 | Decay of giant resonance following excitation by inelastic electron scattering J.R. Calarco | Page 830 |
874 | Photonuclear reactions with Linearly polarized photons K. Wienhard, K. Ackermann, K. Bangert, U.E.P. Berg, C. Blasing, K. Kobras, W. Naatz, D. Ruck, R.K.M. Schneider and R. Stock | Page 831 |
875 | Electron loading-description and cures C.M. Lyneis | Page 832 |
876 | "Residual energy dependence in gain expanded free electron lasers" John M. J. Madey | Page 833 |
877 | The Fission modes of 24mg A.M. Sandorfi, J.R. Calarco, R.E. Rand and H.A. Schwettman | Page 834 |
878 | Card is missing | Page 835 |
879 | "Hadronic decays of the nc*" Kay Koenigsmann | Page 836 |
880 | Evidence for interfering giant resonances in 12C from (e,e'p) coincidence measurement J.R. Calarco, J. Arruda-Neto, K. Griffioen, S.S. Hanna, D.Hoffmann, R.E. Rand, A. Sandorfi, K. Wienhard and M.R. Yearian | Page 837 |
PC-1 | J.N. Weaver, H. Schwarz, P.B. Wilson Superconducting linear accelerator, Lead-Plated, Copper cavity tests at S- and L-Bands | Page 838 |
TN-66-1 | W.J. Vorkceper All Metal Seal | Page 839 |
TN-66-2 | Perry Wilson Power Dissipation due to field emission in electron linacs | Page 840 |
TN-66-3 | Louis Bogart Notes on the construction of the second harmonic detector for calibrating the beam monitors in the colliding beams storage rings | Page 841 |
TN-66-4 | B. Gittelman An experiment to study the electron propagator by measureing the positron annihilation cross-section at a lab energy of 15BeV. | Page 842 |
TN-66-5 | W.C. Barber Radiation in perspective | Page 843 |
TN-66-6 | W.C. Barber Radioactive air production by the improved Mark II and Mark III Accelerators | Page 844 |
TN-67-1 | D. Lundquist Construction of Mylar liquid hydrogen target cells | Page 845 |
TN-67-2 | P.B. Wilson Type I Beam Break-up in Superconducting linacs | Page 846 |
TN-67-3 | R.H. Helm Preliminary estimate of Beam Blow-up for a superconducting electron linac | Page 847 |
TN-67-4 | C.J. Crannell Energy Block diagrams for Electron-Induced cascade showers in copper, tin and lead. | Page 848 |
TN-67-5 | R.M. Simonds Another thick-radiator bremsstrahlung calculation | Page 849 |
TN-67-6 | R.B. Wilson Excitation of longitudinal and deflection modes in a superconducting accelerator structure by a low energy DC Beam | Page 850 |
TN-67-7 | J. Kessler Depolarization of a polarized electron beam in a linear accelerator | Page 851 |
TN-67-8 | P.B. Wilson A simple analysis of cumulative beam break-up for the steady state case | Page 852 |
TN-67-9 | M. Croissiaux, E. Dally, R. Parks Floating wire calibration of the 15' deflecting magnet | Page 853 |
TN-67-10 | J.N. Weaver results of 5-cell, x/2, BPS (s:1), SCA structure test | Page 854 |
TN-67-11 | R. prepost Notes on time reversal invariance test using elastic e-D scattering | Page 855 |
TN-67-12 | H. Collard Nuclear radii determined by electron scattering methods | Page 856 |
TN-67-13 | H. Schwarz and J.N. Weaver Some S-Band superconducting cavity tests | Page 857 |
TN-68-1 | E.E. Chambers Equations of motion in a linear accelerator for numerical integration by computer | Page 858 |
TN-68-2 | J.N. Weaver Shunt impedance measurements on an accelerating structure | Page 859 |
TN-68-3 | J.N. Weqver Some Therman and RF desing parameters for an SCA | Page 860 |
TN-68-4 | J.N. Weaver Effect of Temperature, Barametric pressure and relative himidity on a resonant cavitycfrequency | Page 861 |
TN-68-5 | E.E. Chambers Particle motion on Axis in a standing wave linear accelerator | Page 862 |
TN-68-5 | E.E. Chambers Particle motion on Axis in a standing wave linear accelerator | Page 863 |
TN-68-7 | E.E. Chambers Radial motion of particles in standing wave linear accelerators | Page 864 |
TN-68-8 | P.B. Wilson Space harmonic analysis for a Bi-Periodic and conventional 2 mode structure | Page 865 |
TN-68-9 | J.N. Weaver FR drive line design considerations | Page 866 |
TN-68-10 | M. Yearian, J. Lewis, J. McCarthy, J. Heisenberg, R. Parks, and I. Sick Energy calibration of the 15' deflecting magnet | Page 867 |
TN-68-11 | Card is missing | Page 868 |
TN-68-12 | J. Styles and J. Weaver The thermal conductivity of OFCH Copper and Niobium from 1.5-4.2° K | Page 869 |
TN-68-13 | J. Weaver, H. Fischer, H. Schwarz, P. Wilson, T. Smith, J. Styles, M. McAshan and W. Vorkoeper | Page 870 |
TN-68-14 | E. Jones Focussing fields in linear accelerator | Page 871 |
TN-68-15 | E. Jones Notes on the superconducting "RF Separator" cavity for phase measurement | Page 872 |
TN-68-16 | H. Heisenberg, M. McCarthy, B. Parks, I. Sick Energy calibration of the 15' deflecting magnet | Page 873 |
TN-68-17 | E.E. Chambers Radial transformation matrix standing wave accelerator | Page 874 |
TN-68-18 | J.W. Lewie Energy calibration tables and data for the 15' deflecting magnet | Page 875 |
TN-69-1 | E.E. Chambers Estimating multiple coulomb scattering and collision energy loss and straggling | Page 876 |
TN-69-2 | J. Weaver Frequency tuners for superconducting accelerator cavities | Page 877 |
TN-69-3 | E.E. Chambers Transverse transformation matrix for capture section of standing wave accelerator | Page 878 |
TN-69-4 | E. Jones Beam character of the HEPL superconducting 1.5 MeV Linac | Page 879 |
TN-69-5 | D.A Swenson Alternating phase focusing | Page 880 |
TN-69-6 | Card is missing | Page 881 |
TN-69-7 | Card is missing | Page 882 |
TN-69-8 | Card is missing | Page 883 |
TN-69-9 | Card is missing | Page 884 |
TN-69-10 | Peter D. Zimmerman Computer programs used in Quasi-Elastic scattering experiments | Page 885 |
TN-70-1 | T.P. Study Thermal conductivity of three ceramics at nitrogen temperature | Page 886 |
TN-70-2 | E.E. Chambers Conclusions of computer study of superconducting capture and preaccelertor sections and design of beam filter and system collimator | Page 887 |
TN-70-3 | Peter Bramham Concentration of surface magnetic field due to a hole in the wall of a cylindrical TM010 Cavity | Page 888 |
TN-70-4 | Peter Bramham Results of cavity modeling for linac structure with multiple periodicity | Page 889 |
TN-70-5 | R.E. Rand Proposed transport systems for the SCA electron beam and for becondary particle beams; Pion and muon yields | Page 890 |
TN-71-1 | D. Boyd Pion Depth-Dose distribution including the effect of interactions in flight | Page 891 |