CA Index Guide (Appendix I) 1994
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Subject Headings 34–37
A publication of the Chemical Abstracts Service published by the American Chemical Society, and reproduced here with permission from the Chemical Abstracts Service.
34. Nuclear Chemistry and Radiochemistry
a Acceleration
Atomic nuclei
* Exotic nuclei
* Hypernuclei
* Nuclear model
* (Nuclear property)
* * Electron internal conversion
* * Inertia
* * Nuclear binding energy
* * Nuclear charge
* * Nuclear energy level
* * Nuclear force
* * Nuclear isobar
* * Nuclear moment
* * * Multipole moment
* * * * Dipole moment
* * * * Quadrupole moment
* * * Nuclear magnetic moment
* * Nuclear potential
* * Nuclear spectrometry
* * Nuclear temperature
b * * Screening, electronic and nuclear
* * Spin, nuclear
* * * Nuclear polarization
* * * * Electron nuclear double resonance
* * * * Electron nuclear triple resonance
* * * * Magnetic relaxation
* * * * Nuclear acoustic resonance
* * * * Nuclear magnetic resonance
* * * * * Atomic beam magnetic
resonance
* * * * * Knight shift
* * * * * Molecular beam magnetic
resonance
* * * * * Nuclear magnetic resonance
spectroscopy
* * * * * Overhauser effect
* * * * * * Overhauser spectroscopy
* * * * Nuclear quadrupole resonance
* * * * * Nuclear quadrupole resonance
spectrometry
* * * Spin, nuclear coupling
* Nuclear energy
* * Power
* Nuclear reaction
c * * Fission
* * * Fission fragments and products
* * * * Nuclear dispersion in fission
* * Nuclear explosion
* * Nuclear fusion
* * Nuclear reaction energy
* * Nuclear reaction fragments
* * * Nuclear dispersion in reactions
* * Nucleosynthesis
* * Radioactive decay
* * * Beta decay
* * * Electron-capture decay
Elementary particles
* Antiparticles
* Dipole moment
* Electron
* * Delta particles
* * Electron beam
* * * Electron beam spectroscopy
* * * Electron microprobe analysis
d * * * Electron optics
* * * Microscopy, electron
* * * * Replication
* * Electron bubble
* * Electron configuration and Electron density
* * Electron crystal
* * Electron emission
* * * Electron emission spectroscopy
* * * Photoelectric emission
* * * * Photoelectron spectroscopy
* * Electron gas
* * Electron liquid
* * Electron pair production
* * * Vacuum polarization
* * Electron temperature
* * Spin, electronic
* * * Electron angular momentum
* Elementary-particle force
* Elementary-particle magnetic moment
* Elementary-particle potential
e * Field theory
* * Quark model
* Helicity
* Monopole
* * Magnetic monopole
* Muon spin rotation
* Photon
* Strange particles
(Exotic particles)
* Exotic atoms
* Exotic molecules
* Exotic nuclei
* Exotic particle exchange
* Exotic particle internal conversion
Ion beams
* Elastic recoil detection
* Heavy-ion beams
* Ion scattering spectroscopy
Isotopes
* Isotope effect
* Isotope indicators
f * Isotope separation
* Radioactive decay series
* Radioelements
* * Actinides
* * * Transuranium elements
* * * * Transfermium elements
* * * * Superheavy elements
* * Radioactive decay series
Nuclear materials and Fissile materials
* Nuclear fusion reactor fuels and plasmas
* Nuclear reactor fuels and fuel elements
* * Nuclear reactor fuel reprocessing
Nuclear matter
* Antimatter
* * Antielements
* * Antiparticles
* * Dark matter
Nuclear photographic emulsions
Quantum mechanics
[See Hierarchy 49]
Radiation
g * Cosmic ray
* Dosimetry
* Electromagnetic wave
[See Hierarchies 14 and 36]
* Health physics
* * Radiation sickness
* * Radioprotectant
* Radiation chemistry
* * Radiochemical analysis
* * Reaction
radiochem.
[See Hierarchy 50]
* Radiation hardening
* Radiography
* Radiology
* Radiomimetics
* Radiosensitizers, biological
* Radiotherapy
Radioactivity
* Radioactive decay
* * Beta decay
* * Electron-capture decay
* * Radioactive decay series
h * Radioactive substances
* * Decorporation
* * Radioactive fallout
* * Radioactive wastes
* * Radioelements
* * * Actinides
* * * * Transuranium elements
* * * * * Transfermium elements
* * * * * Superheavy elements
Scattering
* Compton effect
* Thomson scattering
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35. Oils and Fats
a Essential oils
Fats and Glyceridic oils
* Butter
* * Butter substitutes
* * Ghee
* * Maslee
* * Samna
* Canola oil
* Castor oil
* Cocoa butter
* * Cocoa butter substitutes
* Coconut oil
* Cod-liver oil
* Corn oil
* Cottonseed oil
* Grease
* Kokum
* Lard
* Linseed oil
* * Stand oils
b * Margarine
* Olive oil
* Palm kernel oil
* Palm oil
* Peanut oil
* Rape oil
* Rosin oil
* Safflower oil
* Soybean oil
* Sperm oil
* Sunflower oil
* Tall oil
* Tallow
* Tung oil
Fat substitutes
* Butter substitutes
* Cocoa butter substitutes
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36. Optical Radiation and Properties
a Copying process
[See Hierarchy 19]
Ellipsometry
Infrared radiation
* Heating
IR
* Infrared spectra
* * Infrared spectrometry
Laser radiation
* Lidar
* Spectral hole burning
Light
* Albedo (reflection phenomenon)
* Analysis
* * Nephelometry
* * Polarimetry
* * Spectrochemical analysis
* * Turbidimetry
* Brillouin effect
* Color
* * Colorimetry
* * Coloring
b * * * Cathodochromism
* * * Discoloration
* * * * Browning
* * * * * Maillard reaction products
* * * Electrochromism
* * * Halochromism
* * * Metachromatism
* * * Photochromism
* * * Piezochromism
* * * Solvatochromism
* * * Staining
* * * * Staining, biological
* * * * * Metachromasia
* * * Thermochromism
* * Color reactions
* * Decolorization
* * * Bleaching
* * * * Kappa number
* * * Decoloration number
* * * Fading
c * * Whiteness
* Erythema
* Illumination
* Optical double resonance
* * Hanle effect
* Optical pumping
* Photochromism
* Photodynamic action
* Photomagnetic effect
* Photomechanical effect
* Photoperiodism
* * Nyctinasty
* Photophoresis
* Photoprotectants
* * Sunscreens
* Photorespiration
* Photosensitizers
* Photosynthesis
* * Calvin cycle
* * Emerson enhancement effect
d * * Photosynthetic systems
* * Warburg effect
* Phototaxis
* Phototropism
* * Heliotropism
* Raman spectra
* * Raman spectrometry
* Sunburn and Suntan
* * Sunscreens
* Tyndall effect
* Ultraviolet and visible Spectra
* * Spectral hole burning
* * Ultraviolet and visible spectrometry
* Vision
Luminescence
* Airglow
* Aurora
* Fluorescence
* * Fluorometry
* * Fluorescence quenching
e * Luminescence, bio-
* Luminescence, cathodo-
* Luminescence, chemi-
* Luminescence, electro-
* Luminescence, radio-
* Luminescence, thermo-
* Luminescence quenching
* Luminescence spectrometry
* Phosphorescence
* * Phosphorescence quenching
* * Phosphorimetry
* Scintillation
Optical property
* Birefringence
* * Birefringence, flow
* * Electric birefringence
* * Magnetic birefringence
* * Photoelasticity
* Dichroism
* * Circular dichroism
f * * * Cotton effect
* * * Magnetic circular dichroism
* * Magnetic dichroism
* Dielectric constant and dispersion optical
* Electrooptical effect
* * Electric birefringence
* * Electrochromism
* * Electrooptical absorption
* * * Franz-Keldysh effect
* * Electrooptical reflection
* * Electrothermooptic effect
* Iridescence
* Magnetooptical effect
* * Magnetic birefringence
* * Magnetic dichroism
* * * Magnetic circular dichroism
* * Magnetoopticnal absorption
* * Magnetooptical reflection
* * * Kerr effect, magnetooptical
* * Magnetooptical rotation
g * * * Magnetooptical diffraction
* * Verdet constant
* Opacity
* * Opacification
* Opalescence
* Optical absorption
* * Absorptivity
* * Beer's law and Beer-Lambert law
* * Electrooptical absorption
* * MagnetoopticaI absorption
* * Urbach's rule
* Optical anisotropy
* Optical conductivity
* Optical diffraction
* Optical dispersion
* Optical modulation
* Optical nonlinear property
* Optical reflection
* * Electrooptical reflection
* * Luster
h * * Magnetooptical reflection
* * * Kerr effect, magnetooptical
* Optical rotation
* * Magnetooptical rotation
* * Optical rotatory dispersion
* * Polarimetry
* Piezooptical property
* * Photoelasticity
* * Piezochromism
* Pleochroism
* Refractive index and Optical refraction
* * Photorefractive effect
* * Schlieren
* Thermooptical effect
* * Thermochromism
* Translucency
* Transparency
* Turbidity
* * Turbidimetry
Photoacoustic effect
i Photochemistry
* Reaction
photochem.
[See Hierarchy 50]
Photoelectric property
[See Hierarchy 13]
Photography
[See Hierarchy 19]
Photometry
Photon
* Planck's constent
* Polariton
Recording optical
Ultraviolet radiation
* Ultraviolet and visible spectra
* * Ultraviolet and visible spectrometry
* * Bathochromic effect
* * Hypsochromic effect
* * Photoprotectants
* * * Sunscreens
* * Photosensitizers
* * Renner effect
* * Spectral hole burning
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37. Organelle
a Brush border
* Microvillus
Carboxysome
Cell envelope
* Cell membrane
* * Membron
* Cell wall
Cell junction
* Synapse
Cell nucleus
* Cell nucleolus
* Chromosome
* * Chromatid
* Informosome
* Nucleoid
* Nucleoidosome
* Nucleosome
Chlorosome
Chromatophore, bacterial
Chylomicrons
b Cilia
Coccolith
Cyst, microbial
Cytometry
Cytoplasm
* Chromatoid body
* Cytoskeleton
* Endoplasmic reticulum
* Genetic vectors
* Glycogenosome
* Golgi apparatus
* Inclusion bodies
* Labosome
* Liposome
* Lysosome
* Melanosome
* Microbody, biological
* * Glyoxysome
* * Peroxisome
* Microfilament
c * Microsome
* Microtubule
* Mitochondria
* * Kinetoplast
* Oogenins
* Plasmid and Episome
* Plastid
* * Chloroplast
* * Thylakoid membrane
* Ribosome
Extracellular matrix
Flagella
Genome
Glycocalyx
Ion channel
Membrane phases, biological
Membrane phase transition, biological
Microbial capsule
Phycobilisome
Pili
d Plant organ
Spasmoneme
Spinae
Spirosome
Virion structure