CA Index Guide (Appendix I) 1994
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Subject Headings 13–15
A publication of the Chemical Abstracts Service published by the American Chemical Society, and reproduced here with permission from the Chemical Abstracts Service.
13. Electricity and Electric Property
a Dielectric property
* Dielectric constant and dispersion
* * Dielectric loss
* * Optical nonlinear property
susceptibility
* Dielectric polarization
* * Clausius-Mosotti law
* * Curie-Weiss law
* * Dielectric depolarization
* * Dielectric relaxation
* * Electrets
* * Ferroelectricity
* * * Barkhausen effect
* * * Ferroelectric domain
* * Magnetoelectric effect
* * Memory effect, chemical and physical
* * Multipole moment
* * * Dipole moment
* * * Quadrupole moment
* * Piezoelectricity
* * * Flexoelectricity
b * * * Piezomagnetoelectric effect
* * Polarizability
* * * Inductive effect
* * * Polar effect
* * * Polarity
* * * * Polarity index
* * Pyroelectricity
* Dielectric strength
Electric activation
Electric activity
* Galvanotaxis
* Signal transduction, biological
Electric charge
* Electric capacitance
* Electric double layer
* Ionic potential
* Multipole
* * Dipole
* * * Electric resonance absorption
* * Quadrupole
c * * * Quadrupole coupling
* * * Quadrupole relaxation
* * * * Nuclear quadrupole resonance
* Nuclear charge
* Screening, electronic and nuclear
* * Debye screening
* Space charge
* Thermodielectric effect
* Virtual cathode
Electric energy
* Power
Electric field
* Crystal field
* Dielectric polarization
* Electric discharge
* * Debye screening
* * Electric arc
* * * Lightning
* * Electric breakdown
* * * Dielectric strength
d * * * Zener breakdown
* * Electric corona
* * Electric spark
* * Joshi effect
* * Plasma
* * * Nuclear fusion reactor fuels and plasmas
* * * Pinch effect
* * Sputtering
* Electric field gradient
* Electric inductance
* Electric potential
* * Chemical potential
electro-
* * Electric breakdown
* * * Dielectric strength
* * Electric ground
* * Electric shock
* * Electrocapillarity
* * Electrokinetic potential
* * Electromotive force series
* * Hall effect
e * * * Photomagnetoelectric effect
* * Ionization potential and energy
* * Overvoltage
* * Photovoltaic effect
* * * Photomagnetoelectric effect
* * Potentiometry
* * * Chronopotentiometry
* * Thermoelectricity
* * * Magnetothermoelectric effect
* Electrocaloric effect
* Electrodiffusion
* Electrography
* * Electrothermographic copying
* Electromechanical effect
* * Electrostriction
* * Piezoelectricity
* * Piezoresistance
* Electron emission
field
* Electrooptical effect
[See Heirarchy 36]
* Electrophotography
f * Electroporation
* Energy level splitting
* * Stark effect
* Fluid mechanics
electrohydraulics
* * Flow
electrohydrodynamic
* * * Electrohydrodynamics
* Ionization in gases
field
* Ionization in liquids
field
* Ionization in solids
field
* Luminescence, electro-
* * Gudden-Pohl effect
* Magnetoelectric effect
* Memory effect, chemical and physical
* Precipitation, electric
Electric transport property
* Acoustoelectric effect
* * Acoustomagnetoelectric effect
* Electric current
* * Amperometry
* * * Chronoamperometry
g * * Coulometry
* * * Chronocoulometry
* * Electric admittance
* * Electric amplification
* * Electric conductivity and conduction
* * * Electric conductivity transitions
* * * Onsager equation
* * * Photoconductivity and Photoconduction
* * * * Joshi effect
* * * * Magnetophotoconductivity
* * * * Photomagnetoelectric effect
* * * Size effect
* * * Superconductivity
* * * * Proximity effect
* * * Transference number
* * * Tunneling
* * * Walden products
* * * Wiedemann-Franz law
* * Electric current carriers
* * * (Carrier generation and decay)
* * * * Electron acceptors
h * * * * Electron donors
* * * * Electron emission
* * * * * Photoelectric emission
* * * * * Work function
* * * * Ionization, photo
* * * * Ionization in gases
* * * * Ionization in liquids
* * * * Ionization in solids
* * * * Recombination
* * * * * Recombination of electron with hole
* * * * * * Auger process
* * * * * Recombination of electron with ion
* * * * Trapping and Traps
* * * Electron
* * * * Electron, conduction
* * * * * Electron, solvated
* * * * * Electron bubble
* * * * * Electron gas
* * * * * Electron-hole plasma
* * * * * * Magnetoplasma effect
i * * * * * * * Helicon
* * * * * Electron liquid
* * * * * Electron-phonon interaction
* * * * * * Charge-density wave
* * * * * * Umklapp process
* * * * Electron beam
[See Hierarchy 341]
* * * (Ions)
* * * * Anions
* * * * Cations
* * * * Ion pairs
* * * * Ions in gases
* * * * * Ion beams
* * * * * * Heavy-ion beams
* * * * * * Ion scattering spectroscopy
* * * * Ions in liquids
* * * * * Ionic strength
* * * * Ions in solids
* * * * Radical ions
* * * Quasiparticles and Excitations
* * * * Exciton
* * * * Hole
j * * * * Plasmon
* * * * Polaron
* * Electric current-potential
relationship
* * * Gunn effect
* * * Negative resistance
* * * Poole-Frenkel effect
* * * Voltammetry
* * * * Polarography
* * Electric impedance
* * Electric noise
* * Electric rectification
* * Electric resistance
* * * Kondo effect
* * * Magnetoresistance
* * * * De Haag-Shubnikov effect
* * * Matthiessen's law
* * * Negative resistance
* * * Piezoresistance
* * Electric skin effect
* * Electric switches and switching
k * Electrodialysis
* Electrodiffusion
* * Iontophoresis
* Electrokinetic phenomena
* * Electroosmosis
* * Electrophoresis and Ionophoresis
* * * Dielectrophoresis
* * * Isoelectric focusing
* Hall effect
* Senftleben effect
* Thermoelectricity
* * Magnetothermoelectric effect
Electrochemistry
* Analysis
electrochem.
[See Hierarchy 2]
* Corrosion
* Electrolysis
* * Electrodeposition and Electroplating
* * Electrode reaction
* * * Electromotive force series
* * * Reaction
electrochem.
[See Hierarchy 50]
l * * Transfer coefficient
* Electrolytic polarization
* * Electrolytic depolarization
* * Electrode effect
* * * Anode effect
* * * Cathode effect
Electromagnetic wave
[See Hierarchy 141]
Electronics
* Electronic device packaging
Engineering
elec.
Force
Magnetic property and Magnetism
electro-
[See Hierarchy 27]
Photoelectric property
* Ionization, photo-
* Photoconductivity and
Photoconduction
* * Joshi effect
* * Magnetophotoconductivity
* Photoelectric emission
* * Photoelectron spectroscopy
* Photomagnetoelectric effect
m * Photovoltaic effect
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14. Electromagnetic Wave
a Absorptivity
Beamstrahlung
Blackbody
* Emissivity
Bremsstrahlung
Channeling radiation
Cherenkov radiation
Cyclotron radiation
Diffraction
* Diffractometry
Doppler effect
Electromagnetic field
Gamma ray
* Annihilation radiation
* Moessbauer effect
* * Moessbauer spectrometry
Helicon
Holography
Infrared radiation
[See Hierarchy 36]
Interference
b * Interferometry
Laser radiation
[See Hierarchy 36]
Light
[See Hierarchy 36]
Luminosity
Microscopy
* Metallography
* Resinography
Microwave
* Communication
* Cyclotron resonance
* Electric resonance absorption
* Electron spin resonance
* * Electron nuclear double resonance
* * Electron nuclear triple resonance
* Gunn effect
* Maser radiation
* Microwave spectra
* * Microwave spectrometry
Photoelectric property
[See Hierarchy 13]
Photon
c * Polariton
Quantum electrodynamics
Radio wave
* Communication
* Cyclotron resonance
* Electric resonance absorption
* Nuclear magnetic resonance
* * Atomic beam magnetic resonance
* * Nuclear magnetic resonance
spectrometry
* * Overhauser effect
* * * Overhauser spectrometry
* Nuclear quadrupole resonance
* * Nuclear quadrupole resonance
spectrometry
* Radar
* Radio-wave spectra
* * Radio-wave spectrometry
Scattering
* Compton effect
* Thomson scattering
Spectra
d * Fine structure constant
* g-factor
* Oscillator strength
* Spectrometry
* * Nuclear spectrometry
* * Photoelectron spectroscopy
* * Spectrochemical analysis
* Stark effect
* Zeeman effect
Superradiance
Synchrotron radiation
Transition radiation
Ultraviolet radiation
[See Hierarchy 36]
Vacuum polarization
X-ray
* Atomic scattering factor
* Borrmann effect
* Debye-Waller temperature factor
* X-ray analysis
* * Electron microprobe analysis
e * X-ray spectra
* * X-ray spectrometry
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15. Elements
a Antielements
Isotopes
Main-group elements
Metals
* Alkali metals
* Alkaline earth metals
* Group IIIA elements
* Group IVA elements
* Group VA elements
* Metallic fibers
* Metallic glasses
* Transition metals
* * Group IB elements
* * Group IIB elements
* * Group IIIB elements
* * * Actinides
* * * * Transuranium elements
* * * * * Transfermium elements
* * * * * * Superheavy elements
* * * Rare earth metals
b * * Group IVB elements
* * Group VB elements
* * Group VIB elements
* * Group VIIB elements
* * Group VIII elements
* * * Platinum-group metsls
Mineral elements
Nonmetals
* Group IVA elements
* * Carbon fibers
* Group VA elements
* Group VIA elements
* Halogens
* Helium-group gases
Radioelements
Semimetals
Trace elements