User:Skysmith/Missing topics about Chemistry

Missing topics in chemistry

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Chemistry concepts and terms

 * a stage -
 * absolute boiling point -
 * absolute density -
 * absolute detection limit -
 * absolute gravity -
 * absolute method -
 * absolute reaction rate -
 * abstraction reaction -
 * acetate of line -
 * acetone number -
 * acetone pyrolysis -
 * acetyl number -
 * acid cell -
 * acid disproportionation -
 * acidic titrant -
 * acinism -
 * Acridity -
 * actinochemistry -
 * activation (chemistry) -
 * active solid -
 * adelition agent -
 * Adhesive bond -
 * Adhesive strength -
 * adsorption complex -
 * adsorption isobar -
 * adsorption potential -
 * aeration cell -
 * aging (chemistry) -
 * air deficiency -
 * air-sensitive crystal -
 * air-slaked -
 * aldin catalyst -
 * aliphatic series -
 * alkalescence -
 * alkalimeter -
 * allelochemistry -
 * allotriomorphism -
 * alpha position -
 * analysis line -
 * analytical blank -
 * analytical fingerprint -
 * anchored catalyst, immobilized catalyst -
 * anode effect -
 * anode film -
 * anode-corrosion efficiency -
 * anodic polarization -
 * anti-stokes lines -
 * apolar molecule -
 * apparent concentration -
 * aromatic nucleus -
 * Associated liquid -
 * astigmatic mounting -
 * asymmetry effect -
 * atomic connectivity -
 * atomic heat capacity -
 * auroral line -
 * autogenous ignition temperature -
 * autopoisoning, self-poisoning (chemistry) -
 * autoprotolysis constant -
 * average bond dissociation energy -
 * average molecular weight -
 * axial-acceptor -
 * Back mixing -
 * balance (chemistry) -
 * baler limit -
 * balmer continuum -
 * band (analytical chemistry) -
 * base peak -
 * basic titrant -
 * bathochromatic shift -
 * beam attenuation -
 * beam-condensing unit -
 * bed (chemistry) -
 * benzene series -
 * Berl saddle -
 * bias (analytical chemistry) -
 * bifunctional chelating agent -
 * bilateral slit -
 * Biochemical profile -
 * biologic artifact -
 * biomimetic catalyst -
 * black (chemistry) -
 * blanc rule -
 * bleed (chemistry) -
 * blocking group -
 * boat (chemistry) -
 * boiling range -
 * bond migration -
 * bond moment -
 * bottom steam -
 * boundary value component, perfectly mobile component -
 * branch (organic chemistry) -
 * bridge (organic chemistry) -
 * Bromine value -
 * Brown smoke -
 * Bubble column -
 * burning velocity -
 * c stage -
 * cadineric -
 * cage (physical chemistry) -
 * canonical structure, contributing structure (chemistry) -
 * capacity (analytical chemistry) -
 * Capillary column -
 * carbenoid species -
 * Carbon burning rate -
 * carrier gas eluant gas -
 * catalyst carrier -
 * catalyst selectivity -
 * catholyte -
 * Cation-active compounds Cation-active compound -
 * cell (physical chemistry) -
 * cell constant -
 * centrifugation potential -
 * cetane-number improver -
 * chain balance -
 * Chain compound -
 * chain isomerism -
 * channeling (analytical chemistry) -
 * Characterization factor -
 * charge population -
 * charged species -
 * check standard -
 * chelometry -
 * Chemical association -
 * Chemical autotrophy -
 * chemical component -
 * Chemical conversion -
 * chemical fingerprint -
 * chemical flux chemiflux -
 * chemical inhibitor -
 * Chemical lifetime -
 * Chemical Reference Substance -
 * chemical relaxation -
 * Chemical similitude -
 * Chemical system -
 * Chemical treatment -
 * chemiclearance -
 * chemionics -
 * chemosmosis -
 * chloresteric material -
 * cholestene phase -
 * cholesteric material -
 * chrome rad -
 * clark degree, English degree -
 * cochineal solution -
 * codimer -
 * coherent precipitate -
 * collision broadening, collision line-broadening -
 * collision diameter -
 * color stability -
 * color standard -
 * color throw -
 * column (chemistry) -
 * column bleed -
 * combination principle -
 * combination vibration -
 * combustion efficiency -
 * Combustion rate -
 * combustion wave -
 * competing equilibrium condition -
 * complex agent -
 * complex chemical reaction -
 * comproid -
 * concentrate (chemistry) -
 * concentrate gradient -
 * concentration potential -
 * concentration scale -
 * condensation temperature -
 * condense phase -
 * condensed system -
 * condensible vapors condensible vapor -
 * conductance coefficient -
 * Conductivity in solutions -
 * configuration (chemistry) -
 * conjugated polyene -
 * consolute -
 * constant series, displacement series -
 * constitutional unit -
 * constitutive property -
 * convergence limit -
 * convergence pressure -
 * coordination polygon -
 * coordination polyhedron -
 * copper number -
 * coriolis operator -
 * coriolis resonance interactions -
 * corresponding states -
 * Corrosion coupon -
 * cortical condensation temperature, true condensing point -
 * cotectic -
 * count (chemistry) -
 * countercurrent cascade -
 * coupling agent -
 * cricondenbar -
 * cricondentherm -
 * critical condensation temperature -
 * critical constant -
 * critical current density -
 * Critical humidity -
 * Critical moisture content -
 * critical solution temperature -
 * crystal grating -
 * cumulated double bonds -
 * cumulative double bonds, twinned double bonds -
 * Cure time -
 * curing temperature -
 * curing time -
 * daughter molecule -
 * dealkylate -
 * debye relaxation time -
 * degradation (chemistry) -
 * degree (chemistry) -
 * degree of crystallinity -
 * demasking -
 * deposition potential -
 * derrocene -
 * designated volume -
 * determination (chemistry) -
 * developer (chemistry) -
 * development (chemistry) -
 * Dew-point boundary -
 * Dew-point composition -
 * Dew-point curve -
 * Dew-point pressure -
 * dewar structure -
 * dialyzate -
 * diastercoisomer, diastercomer -
 * dibasiz -
 * dichromic -
 * diene value -
 * Diesel index -
 * differential aeration cells -
 * differential reaction rate -
 * Dilute phase -
 * dioctyl -
 * diodide -
 * discontinous phase, disperse phase -
 * dispension medium -
 * disperse phase -
 * disperse system -
 * dispersible inhibitor -
 * dispersoid -
 * displacement series, volta series -
 * dissociation limit -
 * dissociation pressure -
 * dissociation-voltage effect -
 * distillation curve -
 * distillation loss -
 * distillation range -
 * Doctor solution -
 * Doping level -
 * dopple broadening -
 * double-bond shift -
 * down flow -
 * Drag factor -
 * Draper effect -
 * drew number -
 * dry ashing -
 * Dualayer solution -
 * Dukler theory -
 * dulcita -
 * dynamic allotropy -
 * Dynamic holdup -
 * dyson notation -
 * echelon grating -
 * effective molecular diameter -
 * effective permeability -
 * efficiency (chemistry) -
 * electrical equivalent -
 * electrically active fluid -
 * electrobalance -
 * electrochemical effect -
 * electrochemical emf -
 * electrochemical reduction cell -
 * electrocratic -
 * electrode efficiency -
 * electrodecantation -
 * electrohydraulic effect -
 * electrolytic potential -
 * electrolytic separation -
 * electrolytic solution -
 * electromodulation -
 * electron distribution curve -
 * electron exchanger -
 * electronegative potential -
 * Electroneutrality principle electroneutrality -
 * electronic energy curve -
 * electrophilic reagent -
 * electropositive potential -
 * elementary process -
 * elidinization -
 * enantiomorphism -
 * enantiotropy -
 * encounter (chemistry) -
 * end radiation quantum limit -
 * endocyclic double bond -
 * English degree -
 * entering group -
 * entrance slit -
 * entropy of transition -
 * equation (chemistry) -
 * equilibrium diagram -
 * equilibrium film -
 * equilibrium prism -
 * equilibrium ratio -
 * equilibrium still -
 * equilibrium vaporization ratio -
 * equivalent conductance -
 * equivalent nuclei -
 * escaping tendency -
 * eutectogenic system -
 * evaporation loss -
 * exchange broadening -
 * exchange narrowing -
 * exchange velocity -
 * excitation index -
 * exciting line -
 * exhaustion point -
 * exocyclic double bond -
 * Exodiffusion -
 * external circuit -
 * extreme narrowing approximation -
 * extrinsic sol –
 * f line -
 * false body -
 * family (chemistry) -
 * fast method -
 * feedback (chemistry) -
 * Film (chemistry) -
 * film tension -
 * filter-press cell -
 * fissiochemistry -
 * floc point -
 * flotation agent -
 * formality (chemistry) -
 * formyl cation -
 * Fractionation Factor Fractionation factor -
 * froth promoter -
 * frustrated internal reference, attenuate total reflectance -
 * Fundamental chamber -
 * funicular distribution -
 * gamma (chemistry) -
 * Gel diffusion -
 * geometrical isomerism -
 * gold size -
 * graduate (chemistry) -
 * gram-molecular volume -
 * grating constant -
 * Guldberg-Waage group -
 * half-cell potential -
 * hardness (chemistry) -
 * haring cell -
 * harmonic vibration-rotation band -
 * Headspace (chemistry) -
 * heat of activation -
 * heat of association -
 * heat of decomposition -
 * heat of dissociation -
 * heat of hydration -
 * heat of ionization -
 * hefmeister series, lyotopic series -
 * hehner number -
 * Height of transfer unit (HTO) -
 * heitler-London covalence -
 * helicate -
 * Hemicrystalline -
 * heterolytic bond dissociation energy -
 * heteropolar bond -
 * heterotopic faces heterotopic face -
 * High-energy bond -
 * Higher olefins -
 * hygroscopic agent -
 * Impingement liquid knockout -
 * incharged species, neutral species -
 * Internal bond -
 * Isochemical metamorphism -
 * Isochemical series -
 * Isoconcentration -
 * isodisperse -
 * isoelectric sequence -
 * isokinetic relationship -
 * isokinetic temperature -
 * isomolecule, nonlinear molecule -
 * isotopic carrier -
 * isovalent conjugation -
 * isovalent hyperconjugation -
 * K-fluorescence -
 * kayser (chemistry) -
 * ketoric -
 * kilogram-equivalent weight -
 * knot (chemistry) -
 * Laboratory compound -
 * Laboratory medium -
 * leacher -
 * Lead susceptibility -
 * levigate levigation -
 * levo form -
 * limiting current density -
 * limiting density -
 * limiting mean -
 * liphobic -
 * Liquid holdup -
 * liquid junction emf -
 * Liquid seal -
 * Liquid temperature -
 * liquid-solid equilibrium, solid-liquid equilibrium -
 * littrow mounting -
 * lorentz unit -
 * lyman ghost -
 * Lyophil -
 * Mass percentage -
 * Mechanical theory of adhesion-
 * mechanism (chemistry) -
 * mechanochemical effect -
 * mechanophotochemistry -
 * Media migration -
 * membrane mimetic chemistry -
 * mercaptal -
 * mesogenic unit -
 * metal ion indication -
 * metastable equilibrium -
 * meter-size catastrophe -
 * microheterogeneity -
 * microthrowing power -
 * migration current -
 * milk (chemistry) -
 * mineralize -
 * mixed indicator -
 * mixed potential -
 * mobility coefficient -
 * molal average boiling point -
 * molal elevation of the boiling point -
 * molar (chemistry) -
 * molar susceptibility -
 * molecular amplitude -
 * monidisperse colloidal system -
 * monoaerial -
 * monolayer capacity -
 * multiplet intensity rules -
 * mutuality of phases -
 * nematogenic solid -
 * neodymium ratio -
 * neutral granulation -
 * neutralization equivalent -
 * neutralization number -
 * nitroaromatic -
 * noble potential -
 * noble-gas electron configuration -
 * nonbonded distance -
 * noncrossing rule -
 * nonfaradaic path -
 * nonhyperbolic -
 * nonideal solution -
 * Nonpersistent agent -
 * nonpolar covalent bond -
 * normal solution -
 * Nuclear molecule -
 * open tubular column, capillary column -
 * orientation effect -
 * oscillometric titration -
 * Osmolar load -
 * Osmophore -
 * overall stability constant -
 * overpoint -
 * oxidation-reduction indication -
 * Oxidatitive Stability Oxidatitive stability -
 * oxygen concentration cell -
 * p-block elements p-block element -
 * p-branch -
 * paraffinicity -
 * parent molecule -
 * parent name -
 * partially ionic bond -
 * particle counting -
 * particle-scattering factor -
 * paschen-Runge mounting -
 * passivation potential -
 * peak area -
 * peak enthalpometry -
 * peak width -
 * perfect fractionation path -
 * perfectly mobile component -
 * pericondensed polycyclic -
 * Periodic property -
 * peritectic point -
 * peritectoic -
 * permeametry -
 * permeant -
 * permselective membrane -
 * phase ratio -
 * phase solubility -
 * phenahtroline indicator -
 * phenantroline -
 * Phosphorylation potential -
 * photocromism -
 * photohomolysis -
 * photoisomer -
 * photomechanochemistry -
 * piezochemistry -
 * Pilot-scale chemical reaction -
 * plait point -
 * plasma-jet excitation -
 * Plate efficiency -
 * poison (chemistry) -
 * polarographic maximum -
 * polyallomer -
 * polydent, multident -
 * polydisperse colloidal system -
 * Polymer trap mechanism -
 * positive isomer -
 * postignition -
 * postprecipitation -
 * potential electrolyte -
 * potentiomatric cell -
 * precipitation number -
 * pressure effect -
 * pressure shift -
 * Primary bond -
 * principal line -
 * principal moments principal moment -
 * prochivality, prostereo isomerism -
 * propagation rate -
 * propagation step -
 * proton stability constant -
 * protophile -
 * protropic -
 * pseudocritical properties pseudocritical property -
 * pseudoreduced compressibility -
 * pseudoreduced properties pseudoreduced property -
 * purity (chemistry) -
 * quadruple point -
 * quarterpolymer -
 * quaternary system -
 * quevenne scale -
 * r-branch -
 * radioassay -
 * radiofunctional name -
 * ratio of specific head -
 * rayleigh line -
 * reaction enthaply number -
 * reaction line, reaction curve -
 * reaction path -
 * reactive bond -
 * Receiving waters -
 * recording balance -
 * Reduced chemical potential -
 * Refractive Index Increment -
 * regenerant -
 * reichert-Meissi number -
 * relative fugacity -
 * relaxation kinetics -
 * repellency -
 * residual intensity -
 * resin matrix -
 * resinography -
 * resite -
 * resonance line -
 * restricted internal rotation -
 * retention index -
 * retention volume -
 * rethrolone -
 * retrograde evaporation -
 * reversal temperature -
 * ring isomerism -
 * rotational level -
 * rotational quantum number -
 * rotatory power -
 * rowland ghost -
 * salt error -
 * saponification equivalent -
 * screening agent -
 * second boiling point -
 * Second-order chemical reaction -
 * sedimentation balance -
 * sedimentation constant -
 * seed (chemistry) -
 * seed charge -
 * seeding (chemistry) -
 * segment (analytical chemistry) -
 * selective poisoning, selective inhibition -
 * selectivity coefficient -
 * semiforbidden line -
 * Semiliquidity -
 * Separating power -
 * series (analytical chemistry) -
 * smectic phase -
 * snow point -
 * solid-liquid equilibrium -
 * solidus curve -
 * soliquid -
 * solubility coefficient -
 * solubility curve -
 * solution pressure -
 * Solution-Liquid-Solid Solution-liquid-solid -
 * solutrope -
 * Solvent base -
 * solvent front -
 * special cause -
 * specific catalysis -
 * specific retention volume -
 * sphere of attraction -
 * Spiking solution -
 * stripping analysis -
 * sucrochemistry -
 * Sulfide phase equilibrium -
 * sulfur number -
 * Superalkalinity -
 * supertransuranics -
 * surface orientation -
 * sweat (chemistry) -
 * Syringyl -
 * term (chemistry) -
 * termination stop -
 * ternary system -
 * thermobalance -
 * thermoelectric diffusion potential -
 * thiosalicylic -
 * topochemical control -
 * total solids total solid -
 * transition interval -
 * transmission diffraction -
 * transpassive region -
 * triplepoint -
 * true electrolyte -
 * true freezing point -
 * ultimate analysis -
 * ultraviolet stabilizer –
 * uncharged species -
 * uncoupling phenomena -
 * undersaturated fluid -
 * upflow -
 * vacuum condensing point (vcp) -
 * vacuum thermobalance -
 * valence transition -
 * van der Waals covolume -
 * van't Hoff isotherm -
 * vibrational level -
 * vibrational sum rule -
 * Virtual bond -
 * volatile fluid -
 * volatility product -
 * volume susceptibility -
 * washing (chemistry) -
 * Water-splitting complex -
 * water-wettable -
 * wet ashing -
 * zero branch -
 * zone (analytical chemistry) –

Chemistry principles and laws

 * Adsorption theory of heterogenous catalysis -
 * Alternating of multiplication law -
 * Antonoff's rule -
 * Auwers-Skita rule -
 * Barlow's rule -
 * Blomstrand-Jörgensen theory -
 * Bronsted relation -
 * Bunsen-Kirchoff law -
 * cabannes' factor -
 * Caillete and Mathias law -
 * Carlsbad law -
 * Catalysis law, Brondstad relation -
 * Chemical combination laws -
 * chemical model chemical models -
 * Combining volumes law, Gaylussac's law of combining volumes -
 * combining-volumes principle -
 * component-substance law -
 * Compton's rule -
 * Coppet's law -
 * Cosine law of emission, Labert's law of emission -
 * definite-composition law, definite-proportions law -
 * Diffusion laws, Graham's Law of diffusion -
 * Dissociation theory, Arrhenius dissociation -
 * Döbereiner's law of triads -
 * donnan distribution coefficient -
 * dorn effect -
 * electrostatic valence rule -
 * fittig's synthesis -
 * Franck-Robanovitch hypothesis -
 * Fries' rule -
 * Frozen accident theory frozen accident -
 * Gamma-permanence rule, lande's permanence rule -
 * Gibb's-Konowalow rule -
 * grotthus's chain theory -
 * Grotthuss-Draper theory -
 * Gurney-Mott theory -
 * Hammick and Illingworth's rules -
 * hard-sphere collision theory -
 * Hardy-Schultze rule -
 * hardy-Schulz rule -
 * Heitler-London covalence theory -
 * In-situ theory, Swamp theory -
 * Intermediate compound theory of catalysis -
 * keesom relationship -
 * Keldysh theory -
 * Kondakov rule -
 * Konowaloff rule -
 * Landé permanence rule -
 * Law of cohesion -
 * Law of rational intercepts -
 * Leffler's assumption -
 * Lewis' colour theory -
 * Libry de Bruyn-Ekenstein transformation -
 * Lindemann's theory -
 * loomis-Wood diagram -
 * Lucas's theory -
 * Meyer's law of esterification -
 * Multiple intensity rules -
 * Nernst zero of potential -
 * Nernst-Thomson rule -
 * Neumann's principle -
 * Non-crossing rule -
 * Oudeman's law -
 * Penetration theory -
 * Philo's theory of combustion -
 * Principle of minimum structural charge -
 * quantum theory of valence -
 * Ramsay-Young law -
 * Retger's law -
 * Richter's law -
 * Rotational sum rule -
 * Schultze-Hardy rule, Hardy-Schultze rule -
 * Sequence rules -
 * Sommerfeld law for doubles -
 * Spectroscopic displacement law -
 * Stewart-Kirchoff law -
 * stricking coefficient -
 * Stuffer law -
 * Szent-Györgyi hypothesis -
 * Teller-Redlich rule -
 * Theory of absolute reaction rate absolute reaction rate -
 * Theory of definite descriptions -
 * Theory of electrolytic dissociation, Arrhenius dissociation theory -
 * Thomson-Berthelot principle -
 * Traube's rule -
 * Vibrational sum rule -
 * Walden's rule -
 * Welter's rule -
 * Wenzel's law -
 * Werner theory of co-ordination compounds -
 * Wiedemann's additivity law -
 * Witt colour theory -
 * witt theory -
 * Wüllner's law –

Formulas

 * balmberger's formula -
 * benedict equation of state -
 * duhem's equation, Gibbi-Duhem equation -
 * Einstein viscosity equation -
 * flood's equation -
 * Gibbs-Pounting equation -
 * graphical formula -
 * haggenmacher equation -
 * Henderson equation for pH -
 * kistiakowsky-Fishtine equation -
 * langmuir isotherm equation -
 * Onsager equation -
 * Van't Hoff formula -
 * Watson equation -

Chemistry specialties

 * algorithmic chemistry -
 * Archaeological chemistry, archeological chemistry - -
 * Atmology -
 * Chemical microscopy -
 * Hydroxypropyl localization microscopy -
 * Integrated Physics and Chemistry -
 * Photo-electrochemistry –

Molecular chemistry

 * amphipathic molecule -
 * archival molecule -
 * difunctional molecule -
 * Electron carrier system -
 * free molecule -
 * molecular association -
 * molecular asymmetry -
 * molecular conductivity -
 * molecular diamagnetism -
 * molecular diameter -
 * molecular energy level -
 * molecular paramagnetism -
 * molecular polarizability -
 * molecular receptor -
 * molecular relaxation -
 * molecular velocity -
 * neutral molecule -
 * nonlinear molecule -
 * octahedral molecule -
 * outer orbital complex -
 * quest molecule -
 * Secondary hydrogen atom -
 * Square planar molecule -
 * symmetric top molecule -
 * tagged molecule -
 * tertiary hydrogen atom -
 * tetrafunctional molecule -
 * trigonal planar molecule -
 * virtual orbital -

Chemical types

 * Acetylating agent -
 * Acid detergent -
 * acid electrolyte -
 * Activated silica -
 * aliphatic polycyclic hydrocarbon -
 * aliphatic polyene compound -
 * Alkalising agent -
 * alternate hydrocarbon -
 * ampholytic detergent -
 * anticatalyst -
 * Antistatic liquid -
 * aprotic solver -
 * aromatic ketone -
 * arseno compound -
 * aryl compound -
 * aryl diazo compound -
 * aryloxy compound -
 * battery electrolyte -
 * biophenyl -
 * boiler compound -
 * bromiating agent -
 * capryl compound -
 * carbocyclide compound -
 * cater-condense polycyclic -
 * cationic detergent -
 * cationic reagent -
 * Change agent -
 * coloring agent -
 * cycloalkylaryl compound -
 * Desloughing agent -
 * Detergent alcohol -
 * dystetic mixture -
 * ethylic compound, ethyl compound -
 * Exudate absorbent -
 * fatty nitrite -
 * Fluorescent reagent -
 * fluorogenic substrate -
 * fluxional compound -
 * gas-condensate liquid -
 * hard detergent -
 * heteropoly compound -
 * isocyclic compound -
 * leuco base, leuco compound -
 * Levelling agent -
 * meso-ionic compound -
 * metathetical salts metathetical salt -
 * methylmercury compound -
 * Mixed Alcohols mixed alcohol -
 * monoacetate -
 * monofunctional compound -
 * Non-organic -
 * nonbenzenoid aromatic compound -
 * nonprotic solvent -
 * nucleophilic reagent –
 * organophosphorous compound -
 * oxy compound -
 * oxyacanthine, vinetine -
 * photochemical oxidant -
 * photochromic compound -
 * polyhalogen compound -
 * radiocolloid -
 * radiomimetic substance -
 * Regenerant -
 * Sinking solution -
 * smectorganic solid -
 * soft electrophile -
 * subcompound -
 * sucrochemical -
 * sulfuhydryl compound -
 * Transitional substance -
 * Volatile compound -
 * Volatile sulfur compound -
 * zeolite catalyst -

Chemical groups

 * Acidic group -
 * Isoalkyl group, isoalkyl -

Acids

 * 1-naphthalene sulfonic acid -
 * 1-propylphosphonic acid -
 * 1,2,4-benzenctricarboxylic acid -
 * 2-bromopropanoic acid -
 * 2-ethylbutene -
 * 2-methylpentane acid -
 * 3-amino-2-naphthoic acid -
 * 3,3'-thiodiproprionic acid -
 * 3,4-dinitrobenzoic acid -
 * 3,5-diaminobenzoic acid -
 * 3,5-diamoniobenzoic acid -
 * 3,5-diiodosalicylic acid -
 * 3,6-dicholoro-ortho-asinic acid -
 * 4-(4-chloro-ortho-tolyl)oxybutric acid -
 * Acid head -
 * acyclic acid -
 * adoleic acid -
 * alic acid -
 * aliphatid acid -
 * aminoethylphosphonic acid -
 * apurinic acid -
 * aryl acid -
 * arylsulfonic acid -
 * azacrown acid -
 * azetidinecarboxylic acid -
 * beta-naphthoyacetic acid (BNOA) -
 * Broenner's acid, Brönner's acid -
 * bromo acid, easin -
 * Brown acid -
 * Caffetannic acid -
 * clorendic acid -
 * contact acid -
 * dialluric acid -
 * dialoric acid -
 * diazoic acid -
 * diazosulfonic acid -
 * Dibromoacrylic acid -
 * Dibromosuccinic acid -
 * dihydroxymaleic acid -
 * dilinoleic acid -
 * diphenylacetic acid -
 * disulfonic acid -
 * dithionic carbemic acid -
 * dithionitrobenzoic acid -
 * dluosilic acid -
 * ethinic acid -
 * ethylene sulfonic acid, ethionic acid -
 * ferricyanic acid -
 * gamma acid 2,5-napthhylamine sulfonic acid -
 * gorlic acid -
 * h acid -
 * halogen acid -
 * heavy acid -
 * hydroxyindoleacetic acid -
 * isoaspartic acid -
 * isovaleme acid -
 * itatartaric acid –
 * k acid -
 * m acid -
 * methylphosphoric acid -
 * mixed acid -
 * modified Lewis acid -
 * Monoperoxyglutaric acid -
 * Monoperoxyphthalic acid -
 * Monoperoxysuccinic acid -
 * N-1-naphthylphtalamic acid -
 * n-heptadecamic acid -
 * napthalene-1,5-disulfonic acid -
 * nitrating acid -
 * noncarboxylic acid -
 * nonesterified fatty acid -
 * nonylphenoxyacetic acid -
 * oxonic acid -
 * para-fluorophenylacetic acid -
 * parabani acid -
 * Peroxyanisic acid -
 * Peroxypropionic acid -
 * phenolsulfonic acid -
 * phosphoamino acid -
 * phosphonoacetic acid -
 * pickling acid -
 * pinic acid -
 * polymethacrylic acid -
 * proprosin acid, methylacetate acid -
 * Pteroylglutamic acid -
 * pteroylpolyglutamic acid -
 * Pyloric acid -
 * pyridoxic acid -
 * pyromellitic acid (PMA) -
 * Rhataniatannic acid -
 * schodkopf's acid -
 * schuerkopf's acid -
 * tellurinic acid -
 * tetrachlorophthalic acid -
 * thionic acid -
 * thiosulfonic acid -
 * triiodobenzoic acid -
 * triporic acid -

Alcohols

 * anisic alcohol -
 * cheryl alcohol -
 * linolenyl alcohol -
 * Methallyl alcohol -
 * ricinoleyl alcohol -
 * undelycenicalcohol - = 10-Undecen-1-ol see de:10-Undecen-1-ol

Carbon-related

 * combined carbon -
 * contemporary carbon -
 * decolorizing carbon -
 * ditungsten carbon -

Ligands

 * face-bridging ligand -
 * ligand membrane -

Reagents

 * Carnot's reagent -
 * Dobbin's reagent -
 * Gerard reagent -
 * jacquemart's reagent -
 * Karl Fischer reagent -
 * klein's reagent -
 * obermayer's reagent -
 * schulze's reagent -
 * twitchell reagent -
 * wagner's reagent, wagner's solution -
 * woodward's reagent K -
 * zerewitimoff reagent -

Solutions

 * Acid solution -
 * Folin solution -
 * Hanus solution -
 * Hartman's solution -
 * klein's solution -
 * pasteur's salt solution -
 * pavy's solution -
 * rice's bromine solution -
 * Sonstadt's solution, Thoulet solution -
 * wijs' iodine monochloride solution -
 * Wijs' special solution –

Chemical processes

 * Acetate process -
 * Acetone-benzol process -
 * Acid cleaning -
 * Acid embrittlement -
 * Acid preparation -
 * Acid process -
 * Acid treatment -
 * Aciding -
 * Activate reactive evaporation -
 * Aerochlorination -
 * Agent purification -
 * Air-suspension encapsulation -
 * Airco-Hoover sweetening -
 * Alkaline wash -
 * Alkalisation -
 * Alkar process -
 * Alkylate bottom -
 * ammonation -
 * ammoniation -
 * Anelli's oxidation -
 * Anion metothesis -
 * Anisotropic membrane -
 * Anti-redeposition agent -
 * aqueous alkali-nitrate process -
 * aroylation -
 * Artificial atmosphere -
 * Asbestos-cement cladding -
 * autoracemization -
 * B-B fraction -
 * Back-run process -
 * Ball-and-ring method ring-and-ball test -
 * Barren liquor -
 * Barrier separation -
 * Benzol-acetone process -
 * Biazzi process -
 * Binary separator -
 * bioburden reduction -
 * Biochemical conversion process -
 * Biochemical conversion -
 * Bituminous distribution -
 * Blanket gas -
 * Bleedout -
 * Blocked operation -
 * boil-off -
 * bond hydridization -
 * Bowl classifier -
 * Brewster process -
 * Bulking value -
 * Butamer process -
 * Butane dehydrogenation -
 * Butane vapor-phase isomerization -
 * carbon replication -
 * carbophenotion -
 * Casale process -
 * Cascade cooler -
 * Catalyst stripping -
 * Catalytic hydrotreating -
 * Catalytic polymerization -
 * Catforming -
 * Cathode efficiency -
 * cathodic polarization -
 * Causticization -
 * CCR process, cyclic catalytic reforming process -
 * Centrifugal sedimentation -
 * Centrifuge refining -
 * Channel process -
 * Chemical Action chemical action -
 * Chemical conversion -
 * chemical exchange process -
 * Chemical processes in pressure -
 * Chemical recombination -
 * Chemical release -
 * Chemical separation of nuclear materials -
 * Chemical thinning -
 * chromatographic adsorption -
 * cigarette burning -
 * Circulating system -
 * Claisen isatin synthesis -
 * Clark process -
 * Claude process -
 * claus method -
 * Clay refining -
 * Clay regeneration -
 * Co-current exchange -
 * Coal degasification -
 * Cobalt-molybalate desulfurization -
 * Coke number -
 * Colburn method -
 * Cold cure -
 * Cold settling -
 * Cold time-soda process -
 * collodion replication -
 * Combination burning -
 * Component distillation -
 * Composition diagram -
 * compound-specific isotope analysis -
 * constant-current electrolysis -
 * constant-potential electrolysis -
 * Contact adsorption -
 * Contact catalysis -
 * Contact filtration -
 * Continuous countercurrent leaching -
 * continuous titration -
 * Controlled medium -
 * Copper dish gum -
 * cotectic crystallization -
 * Countercurrent extraction Countercurrent separation -
 * Countercurrent leaching -
 * crosscurrent extraction -
 * Crude desalting -
 * Cryochem process -
 * cyanidation -
 * Cyaniding -
 * Cyclic catalytic reforming process -
 * daluminization -
 * Danckwerts model -
 * deaclation -
 * Deagglomeration -
 * deashing -
 * Deasphalting -
 * Deblooming -
 * Debutanization -
 * Decarbonisation (chemistry) -
 * Dechloridation -
 * Decolorize -
 * Decolourizing -
 * Deethanize -
 * Deferrization -
 * Deflocculate -
 * defluorination -
 * Degritting -
 * Dehydrocyclization -
 * Deionising -
 * Delayed combustion -
 * Delignification -
 * Demineralization (process) -
 * Demulsification -
 * Deodorizing -
 * Deoil -
 * Dephleghmation -
 * depolymerication -
 * deproteinize -
 * Depth-type filtration -
 * Derosination -
 * derrichment -
 * Destearinate -
 * Destraction -
 * Desulphurylation -
 * Devolatilize -
 * dextrinization -
 * dextrinize -
 * Dielectric curing -
 * Differential process -
 * Differential separation -
 * differential thermomatic titration -
 * Diolefin hydrogenation -
 * Doebner-Miller synthesis -
 * Double distribution -
 * Double-solvent refining -
 * Down's process -
 * Dry spot -
 * Dry-box process -
 * Dry-desiccant dehydration -
 * Du Pont-synthase -
 * Dubbs cracking -
 * Dubbs process-
 * Duslayer distillate process -
 * electric desalting -
 * Electric precipitation -
 * Electro-Catalytic Oxidation Electro-catalytic oxidation -
 * Electrochemical cleaning -
 * electrochemical process -
 * Electrocrystallization -
 * Electrodissolution -
 * Electrolytic cleaning -
 * electrolytic dissociation -
 * Electrolytic mercaptan process -
 * electrolytic migration -
 * Electrolytic separation -
 * electrophoretic effect -
 * Electrosteric stabilization -
 * Elektrion process -
 * emulsion breaking -
 * Encrustation -
 * Enriching column -
 * Equilibrium flash vaporization -
 * Ethylene alkylation -
 * Exchange adsorption -
 * Ferrocyanide process -
 * Filter-cake washing -
 * Firedamp reforming process -
 * Fischer-Tropsch-Type Reaction -
 * Fixed-bed hydroforming -
 * Fixed-bed operation -
 * Flaking -
 * flame excitation -
 * flame propagation -
 * Flash carbonization -
 * Flash dry -
 * Flash process -
 * Flashing flow -
 * Fleming cracking process -
 * Flesh-Demag process -
 * Fluid catalyst -
 * Fluid coking -
 * Fluid-bed process -
 * Fluidized absorption -
 * Foam-in-place -
 * Fouling factor -
 * fractional condensation -
 * fractional precipitation -
 * Frazer-Brace extraction method -
 * Furfural extraction -
 * fused-salt electrolysis –
 * Galvanostatic technique -
 * Gas absorption operation -
 * gas adsorption -
 * Gas gain -
 * Gas making -
 * Gas reversion -
 * Gas scrubbing -
 * Gas transfer -
 * gas water contact (GWV) -
 * Gas-liquid absorption -
 * Gaseous centrifuge enrichment -
 * Gaseous diffusion enrichment -
 * Gaseous diffusion plant -
 * Gaseous sterilization -
 * Gelatinize -
 * Gelation time -
 * gibbs adsorption -
 * Girbotal process -
 * Glowing combustion -
 * Hargreaves process -
 * Hasche process -
 * Heat of hydration -
 * Heliochemical process -
 * High-pressure mineral synthesis -
 * High-pressure processes -
 * High-temperature chemistry -
 * Histochemical staining -
 * Holopulping process -
 * Houdry butane dehydrogenation -
 * Houdry fixed-bed catalytic cracking Houdry process -
 * Houdry hydrocracking -
 * Hydrofining -
 * Hydrothermal crystal growth -
 * Hypersorption -
 * Indirect electrolysis -
 * Industrial process heating -
 * Inhibitor sweetening -
 * Internal diffusion -
 * Internal electrolyte -
 * Ion retardation -
 * Iron count -
 * Iron oxide process -
 * Isocracking -
 * isotopic exchange -
 * Janecke coordinator -
 * Karrer method -
 * Keyes process -
 * Kyanize -
 * Langmuir-Hinshelwood Mechanism -
 * Levenstein process -
 * Lewis-Matheson method -
 * light coagulation -
 * Liquid sulfur dioxide-benzene process -
 * liquid-liquid distribution -
 * Liquid-phase hydrogenation -
 * Lixiviate -
 * Low-temperature carbonisation -
 * Low-temperature separation -
 * Mass burning rate -
 * Mechanics of deformable solids -
 * Metal dissolution -
 * Metal processing -
 * Methane flux -
 * micellar catalysis -
 * microelectrolysis -
 * microincineration -
 * Minimum wetting rate -
 * Minimum-reflux ratio -
 * Mixing combustion -
 * Mohr titration -
 * Moisturing -
 * molecular adhesion -
 * multicomponent distillation -
 * Naphthenic Acid Corrosion napthetnic acid corrosion -
 * Neohexane alkylion -
 * Odorize -
 * Organic electrochemistry -
 * oxidized enrichment –
 * Oxyl process -
 * ozonization –
 * paper electrophoresis -
 * peptide formation -
 * Percolation filtration -
 * phase titration -
 * Phenol process -
 * Phenolate process -
 * Phosphate desulfurization -
 * Phosphoanhydrine bond -
 * Phosphoric acid polymerization -
 * Phosphoroclastic reaction -
 * Photo-electrosynthesis -
 * Photo-galvanic process -
 * photoaddition -
 * Photochromic effect -
 * photometric titration -
 * phototrophic process -
 * Plasma hearth furnace process -
 * Polar reaction -
 * polyerase chain reaction -
 * precipitation titration -
 * propane deasphalting -
 * propane decarbonizing -
 * propane dewaxing -
 * propane fractionation -
 * Proteolytic fermentation -
 * Pulse column -
 * Pulsed-bed sorption -
 * Pyrodenetrification -
 * Pyrogenic distillation -
 * radiometric titration -
 * reconstructive processing -
 * Rectification distillation -
 * Reduced-pressure distillation -
 * Reductive cycle -
 * Reich process -
 * Remedial operation -
 * Resin-in-pulp ion exchange -
 * reverse deionization -
 * Reversed air-blast process -
 * Rheotaxial growth -
 * Roasting regeneration -
 * Rotating-drum heat transfer -
 * Runback -
 * Saccharolytic fermentation -
 * Segas process -
 * Selective polymerisation -
 * Semichemical pulping -
 * Shaking-out -
 * Short-tube vertical evaporation -
 * Single-effect evaporation -
 * Sludge coking -
 * Sodium sulfite process -
 * solation -
 * Solvent deresining -
 * Solvent dewaxing -
 * Solvent molding -
 * Solvent recovery -
 * Solvent-refining -
 * spectrophotometric titration -
 * Sperry process -
 * Steam purification -
 * Stereochemical projection -
 * Straight-run distillation -
 * Sulfate pulping -
 * sulfuration -
 * Sulfuric acid alkylation -
 * Super tropical bleach -
 * Surface burning glowing combustion -
 * Thermal polymerisation -
 * Thermal process -
 * Thermal reaction -
 * Thermal reforming -
 * Thermogalvanic corrosion -
 * Thermolecular reaction -
 * Thorium extraction process -
 * Threshold treatment -
 * Top steam -
 * Trickle hydrodesulfuration -
 * True-boiling point distillation -
 * turbidimetric titration -
 * Underwood distillation method -
 * Unimolecular step -
 * Unwater -
 * Urea dewaxing -
 * Van der Waals adsorption -
 * Vapor pressure depression -
 * vinyl polymerization -
 * Water demineralizing -
 * Wax fractionation -
 * weight titration -
 * Wulff process -
 * Zinc bath – -

Reactions

 * Acid reaction -
 * Acidolysis -
 * Acre's reaction -
 * Acyl exchange, acidolysis -
 * Adsorption catalysis -
 * bart reaction -
 * canonical reaction -
 * claidin reaction -
 * complexation reaction -
 * converted reaction -
 * exchange reaction -
 * Graeber-Ullmann reaction -
 * heterogenous chemical reaction -
 * isotope-exchange reaction -
 * liquid-liquid chemical reaction -
 * liquid-solid chemical reaction -
 * liquid-vapor chemical reaction -
 * negative catalysis -
 * photochromic reaction -
 * Shopolskii effect -
 * spontaneous heating -
 * surface reaction -
 * swartz reaction -
 * third-order reaction -
 * unimolecular reaction -

Gases

 * Condensation of Gases gas condensation -
 * Detonating gas -
 * dipolar gas -
 * Gas cleaning -
 * gas solubility -
 * Gas supersaturation -
 * Gas synthesis -
 * molecular gas -
 * Neutral gas -

Chemical ions

 * amencyl ion -
 * bridged intermediate, bridged ion -
 * charge-delocalized ion -
 * charge-localized ion -
 * cyclic ion, bridged ion -
 * fixed ion -
 * free ion -
 * ionic concentration -
 * metastable ion -

Chemistry-related organizations

 * Committee on Teaching of Chemistry -
 * Components of the Molecular Libraries Program -
 * Cornell Computational Synthesis Lab -
 * Research School of Chemistry -

Miscellaneous

 * abalyn -
 * abeny mounting -
 * Agent purification -
 * air-fuel ration -
 * ammonia dynamite -
 * amphoyte, amphoteric electrolyte -
 * anthraciferous coal -
 * Barex -
 * barlow's rule -
 * bempa -
 * Bouin's picro-formol -
 * branched chair, side chair -
 * brönsten base -
 * calcium hardness -
 * Catholyte -
 * Chemical crystallography -
 * chemical dictionary -
 * Chemical Education Material Study Chemical education material study -
 * Chemical Hazard and Risk management -
 * Chemical Hazard and Risk Management -
 * chemical phenomena -
 * Chemical Precursor Agreement -
 * Chemical release -
 * Chemical sediment -
 * chemical stimulation -
 * Chemical survey -
 * Chemical sympathectomy -
 * Chemicals in International Trade -
 * Chemicals management -
 * Chinese fire -
 * Chlorine deficiency -
 * CHON particle –
 * Chromophilous -
 * Coal chemicals -
 * coiler scale -
 * countenor -
 * cox chart -
 * Crooksite -
 * cryohydric point -
 * delphidenolon -
 * Desorber -
 * Dihydrophil hydratase -
 * Dilute thromboplastin time -
 * dimeric water -
 * distilled mustard gas -
 * Dmectic-B -
 * Dmectic-C -
 * Dodium diurance -
 * Doil fumigant -
 * Dpark excitation -
 * Dpark spectrum -
 * Dtandard calomel electrode -
 * Dtratified film -
 * Ethyl glucuronide calculation -
 * Exchangeable Sodium Ratio -
 * Extraction procedure toxicity -
 * Filtration effect -
 * Flow of solids -
 * fortrat parabola -
 * four-degree calorie -
 * gluconate snake -
 * HDCA-1 -
 * Higher olefins –
 * Kadin lenis -
 * Karlsruhe conference, 1860 meeting of chemists -
 * Kremser formula -
 * laboratory chemicals -
 * lone-par electrons -
 * magister of sulfur magister of sulphur -
 * Misciple -
 * mixed aniline point -
 * mobile electron -
 * Modulated Raman scattering -
 * Mud chemicals mud chemical -
 * Nettle oil -
 * Nigre -
 * nitro explosive -
 * Nuclear property -
 * optical anomaly -
 * optical exaltation -
 * optical monochromation -
 * Oswald diagram -
 * paired electron -
 * papanicolou's stains papanicolou's stain -
 * pH measurement pH -
 * pH standard pH -
 * Phosphate analysis -
 * phosphotungsten pigment, tungsten lake -
 * Photo-electrolytic cell -
 * platinum electrode -
 * pNa -
 * polarographic cell -
 * Polycrystal copper -
 * Polycrystalline diamond compact (PDC) -
 * polygilated atom -
 * primary hydrogen atom -
 * proteinoid microsphere -
 * pseudoionone -
 * Pyrochemistry -
 * quaternary ammonium base -
 * Radioisotope assay -
 * Redwood Second, obsolete unit of kinematic viscosity -
 * Reference material (analytical chemistry) -
 * Reversible electrode -
 * Salt finger -
 * Saltpetermen Saltpeterman -
 * scattering plane -
 * schmidt number 3 -
 * Shtokman gas concentrate -
 * Siddociaton -
 * Smectic-A -
 * Soil Test Phosphorus -
 * specialty uses of chemicals -
 * Starved electrolyte -
 * Thermal blade -
 * Toxic chemical -
 * Toxin agent -
 * UV stabilizers ultraviolet stabilizer ultraviolet stabiliser - /
 * Vacuum pan salt -
 * value of isotope mixture -
 * Vapor retardant -
 * Viscosity conversion table -
 * Water white -
 * Wavelength standards wavelength standard -
 * Werner band -
 * Zeeman displacement -
 * Zsigmondy gold number –

Other

 * -oi -
 * -onc -
 * apo- -
 * chloro- -
 * dibromo- -
 * dihydro- -
 * endo- -
 * epi- -
 * hetero- -
 * neo-, ne- -
 * octyl- -
 * pyro- -
 * sulfo- -
 * sulpho- -
 * sym- -
 * tert- -
 * uns-, uncym- -

Chemical companies

 * Asahi Chemical Industry -
 * Chiyoden Chemical Engineering & Construction -
 * Daicei Chemical Industries -
 * Hitachi Chemicals -
 * Kanegafuchi Chemical Industry -
 * Mitsubishi Chemical Industries -
 * Sekisui Chemicals -
 * Shin-etson Chemicals -

Chemists

 * Alexander Crum-Brown (1869-1908) Scottish chemist -
 * Arno Cahn (1923- ) Organic chemist -
 * Claude Louis Berthelot (1827-1907) French chemist and politician -
 * Conrad Dieterici, chemist –
 * Eun Lee (1946- ) Korean organic chemist -
 * Friedrich August Kekué von Stradovitz, (1829-1896) German chemist -
 * George Ernest Stahl (1660-1734) German chemist -
 * Georges N. Antonoff, chemist -
 * German Henri Hess (1802-1850) chemist -
 * Hans Eduard Sues (1909- ) US chemist -
 * Itamar Wilner Israeli chemist -
 * Jenichi Fukui (1919- ) Japanese chemist -
 * Jeremiah Benjamin Richter (1762-1807) German chemist -
 * Louis Joseph Proust (1755-1826) French chemist -
 * Rolf Hoffman (1937 - ) Polish-Armenian chemist -
 * Takashi Takahashi, Japanese chemist -
 * Vladimir Vasilevich Markownikoff, Vladimist Vasilevich Markovnikov (1837-1904) Russian chemist -
 * William de Wivelslie Abney (1843-1920) British chemist -