Chemistry: LOC Physics

Call Number

Subject Heading

QD450–882

Physical and theoretical chemistry
See also QC170–197 Constitution and properties of matter

QD450

Periodicals, societies, congresses, serial publications

QD450.2

Collected works (nonserial)

QD451

Dictionaries and encyclopedias

QD451.5

Nomenclature, terminology, notation, abbreviations

QD452–452.5

History

QD453–453.2

General works, treatises, and textbooks

QD455

Addresses, essays, lectures

QD455.2

Special aspects of the subject as a whole

QD455.3.A–Z

Special topics, A–Z

QD455.5–457.2

Study and teaching. Research

QD458

Handbooks, tables, formulas, etc.

QD461

Atomic and molecular theory and structure. Laws of chemical combination and chemical bonds. Molecular dimensions
See also QD469 Valence

QD461.5

Excited state chemistry

QD462–462.9

Quantum chemistry

QD463–464

Atomic and molecular weights

QD466–469

Chemical elements

QD470

Allotropy

QD471

Chemical compounds — Structure and formulas. Including isomerism, mesomerism, tautomerism
See also QD481 Stereochemistry

QD473

Physical properties in relation to structure. Including odor, color, and optical properties
See also QD441 Colored organic compounds
See also QD931–947 Physical properties of crystals

QD474

Complex compounds. Including clathrate and coordination compounds, chelates, and hydrates
See also QD410–412.5 Organometallic compounds

QD475

Physical inorganic chemistry

QD476

Physical organic chemistry

QD476.2

Physical biochemistry

QD477

Acids and bases (General theory)

QD478

Solids. Solid state chemistry (Inorganic and organic)
See also QC176–176.9 Solid state physics
See also QD506–509 Surface chemistry
See also QD901–999 Crystallography
See also TN689–693 Physical metallurgy

QD480

Models of atoms, molecules, or chemical compounds

QD481

Stereochemistry. Molecular rotation
See also QP517.S83 Biochemistry

QD501–505.5

Conditions and laws of chemical reactions

QD505.8

Chemiluminescence

QD506–509

Surface chemistry

QD510–536

Thermochemistry
See also QC301–310 Change of state (Physics)
See also QD79.T38 Thermal analysis (Analytical chemistry)
See also QD117.T4 Thermal analysis, Quantitative
See also QD157 Electric furnace operations (Inorganic chemistry)
See also QD277 Electric furnace operations (Organic chemistry)

QD538

Chemistry of high and low pressures

QD540–549.2

Theory of solution
See also QC182–197 Special properties of matter
See also QD565 Electrolyte solutions

QD551–578

Electrochemistry. Electrolysis
See also QC610.3–612 Electric conductivity, electromotive force
See also QD115–116 Electrochemical analysis
See also QD272.E4 Electrochemical analysis of organic compounds
See also QD273 Electrochemistry of organic compounds
See also QD880 Electrochemistry of supramolecular compounds
See also QP517.B53 Bioelectrochemistry
See also TP250–261 Industrial electrochemistry

QD581

Plasma chemistry
See also TP156.P5 Industrial plasma chemistry

QD591

Magnetochemistry
See also QD940 Magnetic properties of crystals

QD601–607

Radiochemistry. Nuclear chemistry
See also QC794.95–798 Radioactivity, radioactive substances in nuclear physics
See also TK9350 Nuclear engineering
See also TP249 Industrial radiochemistry. Industrial radiation chemistry

QD625–655

Radiation chemistry
See also QC474–496.9 Radiation physics
See also TA418.6 Radiation effects and tests of materials
See also TP249 Industrial radiochemistry. Industrial radiation chemistry

QD701–731

Photochemistry
See also QD275 Organic photochemistry
See also QD578 Photoelectrochemistry
See also QP517.P45 Photobiochemistry
See also TP249.5 Industrial photochemistry
See also TR200–222 Photographic chemistry

QD801

Sonochemistry
See also TP156.A33 Industrial use of sounds and ultrasonics