CA Index Guide (Appendix I) 1994
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Subject Headings 53–58
A publication of the Chemical Abstracts Service published by the American Chemical Society, and reproduced here with permission from the Chemical Abstracts Service.
53. Soils
a Clay minerals
Geological hydrothermal fluids
Geological solid inclusions
Geological weathering
Nitrogen cycle
* Ammonification
* Denitrification
* Nitrification
* Nitrogen fixation, biological
Permafrost
Soil acidity
Soil alkalinity
Soil amendments
* Fertilizers
* * Bone meal
* * Compost
* * Fertilizer analysis
* * Fertilizer experiment
* * Guano
* * Lime (chemical)
b * * Limestone
* * Manure
* * Slags
* * Thomas meal
* Mulches
Soil analysis
* Soil acidity
* Soil fertility
* Soil moisture
* Soil organic matter
Soil fertility
Soil organic matter
* Antibiotics
* Carbohydrates and Sugars
* Forest litter
* Humus and Humic substances
* * Fulvic acids
* * Humic acids
* * * Chlorohumic acids
* * * Fulvanic acids
c * * * Fulvenic acids
* * * Fulvinic acids
* * * Fulvonic acids
* * * Hymatomelanic acids
* * * Lignofulvic acids
* * * Lignofulvinic acids
* * * Lignofulvonic acids
* * * Nitrohumic acids
* * Humins
* Lipids
* Microorganism, soil
* Oils
* Plant hormones and regulators
* Proteins
* Resins
* Toxins
phyto-
* Vitamins
* Waxes and waxy substances
Soil pollution
Soil reclamation
d * Fertilizer experiment
* Irrigation
* Soil liming
* Soil stabilization
Soil salinity
Soil substitutes
Trace elements
Waters, natural
ground
* Geological hydrothermal fluids
* Soil moisture
Weathering products
* Laterite
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54. Solids
a Aggregates
[See Hierarchy 39]
Amorphous substances
Amorphization
* Electric conductors, glass
* Glass, nonoxide
* Glass, oxide
* Glass structure
* Glass substitutes
* Metallic glasses
* Semiconductor materials, amorphous
Crystals
* Crystal defects
* * Color centers
* * Gorsky effect
* * Impurities and Impurity centers
* * Paramagnetic centers
* * Peierle-Nabarro force
* * Stacking-fault energy
* * Thermal spike and Displacement spike
* Crystal field
b * * Crystal field theory and Ligand field theory
* * * Spectrochemical series
* * Electric field gradient
* Crystal morphology
* * Crystal dendrites
* * Crystal whiskers
* * Pseudomorphism
* Crystal lattice dynamics
* * Debye temperature
* * Debye-Waller temperature factor
* * Grueneuen constant
* * Phonon
* Crystal lattice energy
* * Madelung constant
* Crystal lattice statics
* Crystal lattice sum
* Crystallinity
* Crystallites
* Crystallization
* * CrystaI growth
c * * * Crystal growth kinetics
* * * Endotaxy
* * * Epitaxy
* * * * Epitaxial growth kinetics
* * * Syntaxy
* * * Topotaxy
* * Crystallization kinetics
* * Crystal nucleation
* * Liesegang ring and Periodic structure
* * Polygonization
* * Recrystallization
* * Zone melting
* * Zone crystallization
* Crystal orientation
* * Texture, metallographic
* Crystal structure
* * Crystal structure determination
* * * Stereology
* * CrystaI structure, mineral
* * Crystal structure - property
relationship
d * * Crystal structure types
* * * Diamond-type crystals
* * * Garnet-type crystals
* * * Halite type crystals
* * * Perovskite type crystals
* * * Pyrochlore-type crystals
* * * Sphalente-type crystals
* * * Spinel-type crystals
* * * Wurzite-type crystals
* * Zeolites
* * Isomorphism
* * Polymorphism
* * * Enantiotropy
* * * * Allotropy
* * * * Monotropy
* * Polytypism
* * Solvation number
* * * Hydration number
* * Vegard's law
* Plastic crystals
e * Quasicrystals
Defect in solid states
Films
* Coating process
* * Anodization
* * Electrodeposition and Electroplating
* * Sputtering
* * Vapor deposition processes
* Electrodeposits and Electroplates
Granular substances
* Granulation
Microstructure
* Austenitic structure
* Bainitic structure
* Crystallinity
* Guinier-Preston zone
* Martensitic structure
* Pearlitic structure
* Polymer morphology
f * * Interfacial structure
* Texture, metallurgical
* Widmanstaetten structure
Particles
[See Hierarchy 39]
Phase transition
[See Hierarchy 55]
Polycrystalline materials
* Ceramic materials and wares
[See Hierarchy 12]
Solid solutions
Supersolids
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55. States of Matter
a Disperse systems
[See Hierarchy 39]
Mixtures
* Eutectics
* * Eutectoids
* Mixing
* * Homogenization
Phase
* Fluids
* * Bose fluids
* * Fermi fluids
* * * Fermi gases
* * Gases
* * * Bubbles
* * * * Bubble point
* * * * Bubbling
* * * * Effervescence
* * * Plasma
* * * Vapors
* * Liquids
* * * Drops
b * * * * Coacervates
* * * Liquid crystals
* * * * Liquid crystals, polymeric
* * * Liquid structure
* * Superfluids
* Mesophase
* * Liquid crystals
* * * Liquid crystals, polymeric
* * Plastic crystals
* Phase diagram
* Phase rule
* Transition
* * Glass temperature and transition
* * Phase transition
* * * Condensation, physical
* * * * Dew point
* * * * Frost point
* * * * Liquefaction
* * * Equilibrium
* * * * Critical state and phenomena
c * * * * * Corresponding state
* * * * * Critical constant
* * * * * Critical solution state and phenomena
* * * * * * Critical solution temperature
* * * * * Polycritical points
* * * * Le Chatelier's law
* * * * Liquidus
* * * * Solids
* * * * Supercooling
* * * * Supersaturation
* * * * Triple point
* * * Evaporation
* * * * Boiling
* * * * * Azeotropes and Azeotropy
* * * * Boiling point
* * * * Clapeyron equation
* * * * Sublimation
* * * * * Efflorescence
* * * * * Zone sublimation
* * * * Volatility
d * * * Lambda point
* * * Melting
* * * * Congruence
* * * * Fusibility
* * * * Fusion, reactive
* * * * Liquation
* * * * Melting point
* * * * * Lindemann's law
* * * * Solids
* * * * Zone melt
* * * Softening
* * * * Softening point
* * * Solidification
* * * * Freezing
* * * * * Crystallization
* * * * * Freezing point
* * * * * * Liquidus
* * * * * Zone freezing
* * * * Devitrification
* * * * Gelation
e * * * * * Thizotropy
* * * * * * Rheopexy
* * * * Solidification point
* Solids
[See Hierarchy 54]
* Systems
Segregation
* Coagulation
* * Coacervation
* * Flocculation
* * Lyotropic series
* Liquation
* Partition
* Precipitation
* * Coacervation
* * Crystallization
* * * Cloud point
* * Liesegang ring and Periodic structure
* * Precipitation, electric
* * Precipitates
* * Salting out
f * * Spinodal decomposition
* Sedimentation
* Separation
[See Hierarchy 52]
* Sorption
[See Hierarchy 57]
Solution condition
* Azeotropes and Azeotropy
* Concentration condition
* * Concentration process
* * Dilution
* * Supersaturation
* Critical solution state and phenomena
* * Critical solution temperature
* Electrolytes
* * Battery electrolytes
* * Fuel cell electrolytes
* * Ionophores
* * Physiological saline solutions
* * * Hypertonic solutions
* * * Hypotonic solutions
* * * Isotonic solutions
g * * Polyelectrolytes
* * Salt effect, kinetic
* Named reagents and solutions
* Nonelectrolytes
* Solid solutions
* Solutes
* Solvent
* * Stoddard solvent
* * Solvent effect
* Solution process
* * Solubility
* * * Henry's law
* * * Krafft point
* * * Miscibility
* * * Solubility product
* * * Solubilization
* * * * Denaturation
* * * * Renaturation
* * * * Salting-in
* * Solution rate
h * Standard solutions, analytical
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56. Structure
a Amorphous substances
* Glass structure
* * Metallic glasses
Cones
Crystal structure
[See Hierarchy 54]
Cylinders
Disperse systems
* Colloids
* * Aerogels
* * Aerosols
* * * Mist
* * * * Fog
* * * Smoke
* * * Sprays
* * Emulsions
* * Gels
* * * Micelles
* * * * Krafft point
* * Sols
* * * Latex
b * Dispersion
* * Emulsification
* * Foaming
* * Gelation
* Foams
* Suspensions
Dissipative structures
Distribution function
Electronic structure
[See Hierarchies 6 and 49]
Liquid structure
* Liquid crystals
* * Liquid crystals, polymeric
* Solvation number
* * Hydration number
Magnetic structure
[See Hierarchy 27]
Mesophase
* Liquid crystals
* * Liquid crystsls, polymeric
* Plastic crystals
Microstructure
c * Austenitic structure
* Bainitic structure
* Crystallinity
* Crystal orientation
* Guinier-Preston zone
* Martensitic structure
* Pearlitic structure
* Polymer morphology
* Texture, metallographic
* Widmanstaetten structure
Molecular structure
[See Hierarchy 6]
Order
* K-state
* Superlattices
* Zener relaxation
Spheres
Surface structure
* Interfacial structure
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57. Surface
a Capillary tubes and channels
* Capillarity
* * Electrocapillarity
* Pore
* * Porosity
Energy level, surface
Films
* Coating materials
* Coating process
* * Anodization
* * Electrodeposition and Electroplating
* * Sputtering
* * Vapor deposition processes
* Disjoining pressure
* Electrodeposits and Electroplates
* Epitaxy
* * Epitaxial growth kinetics
* Surface pressure
Interface
* Contact
b * * Adhesion
* * Cohesion
* * Contact angle
* * Interfacial energy
* * Hamaker constant
* Interfacial structure
* Interfacial tension
* * Marangoni effect
* Ion exchange
* * Anion exchange
* * Cation exchange
Sorption
* Absorption
* Adsorption
* * Chemisorption
* * Chromatography
* * Chromatography, column and liquid
* * * Chromatography, gas
* * * Chromatography, gel
* * * Chromatography, paper
c * * * Chromatography, supercritical fluid
* * * Chromatography, thin-layer
* * Rebinder effect
* Desorption
* Sorption kinetic
* * Absorption kinetics
* * Adsorption kinetics
* * * Kinetics of chemisorption
* * Desorption kinetics
Surface analysis
Surface area
Surface energy
Surface structure
* Beilby layer
* Order
surface
Surface tension
* Capillarity
* * Electrocapillarity
* Parachor
* Surface activity
d * * Hydrophilicity
* * * Hydrophile-lipophile balance value
* * * Hydrophobicity
* * Lipophilicity
* * * Polarity index
* Wetting
* * Contact angle
* * Meniscus
* * Spreading
* * * Marangoni effect
* * Wettability
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58. Technological Processes
a Aerospace industry
* Aviation and Aeronautics
Agitation
Air conditioning
Air purification
Atomization, spraying
Biological action
Blasting
* Abrasive blasting
Boiling
Chalking
Chemical engineering design
* Optimization
* Robotics
* Simulation and Modeling,
physicochemical
Clarification
Classification
Cleaning
* Dishwashing
* Laundering
b * Scrubbing
* Washing
Coal gasification
Coal liquefaction
Coal treatment
Coating process
* Anodization
* Bronzing
* Cladding
* Electrodeposition and Electroplating
* Enameling
* Epitaxy
* Fireproofing
* Galvanization
* Glazing
* Passivation
* Sputtering
* Staining
* Vapor deposition processes
* Waterproofing
c * Waxing
Combustion
* Ignition
* Incineration
Compaction
Control
* Automation
* Instrumentation
* Process control and dynamics
* Quality control
* Robotics
Cryogenics
Crystallization
* Zone crystallization
Decrepitation
Demineralization
Depolarization
Design
Destructive distillation
Desulfurization
d Digestion, chemical
Drying
* Freeze drying
Electroporation
Environmental modeling
Environmental pollution
* Air pollution
* Soil poilution
* Water pollution
* * Biochemical oxygen demand
* * Chemical oxygen demand
* * Total oxygen demand
Evaporation
* Sublimation
* * Zone sublimation
Exfoliation
Explosion
* Detonation
Fermentation
* Brewing
e * * Malt
* * Malting
* * Mashing
* Distillery
Flow
Fouling
Gluing
Granulation
Graphic arts
[See Hierarchy 19]
Handling of materials
Heat transfer
Humidification
Leak
Marking
Marring
Mass transfer
Mastication, physical
Mixing
* Carburetion
* Emulsification
f * Kneading
Odorization
Packaging process
* Electronic device packaging
* Encapsulation
* * Potting
Petroleum recovery
* Petroleum wells
* * Drilling fluids and muds
Petroleum refining
Polarization
* Depolarization
Preservation
Prilling
Pumping
Renflux
Refrigeration
Saccharification
Safety
* Electric shock
g * Explosion
* Fire
* * Fireproofing
* * * Fireproofing agents
* * * Fire-resistant materials
* * Flame
* * Ignition
* * Sparks
* Health hazard
* Health physics
* Implosion
* Sanitation
Separation
[See Hierarchy 52]
Sequestration
Size reduction
Soiling
Spraying
Storage
Transportation
Unit operation
h Unit process
Ventilation
Vacuum
* Getters
Vapor deposition processes
Wastewater treatmont
Water purification
* Fluoridation