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A Guide to Physics & Astronomy Resources

Recommended resources for Physics & Astronomy

Collection Development Policy

Washington University in St. Louis Collection Development Policy


Library: Physics
Subjects: Physics & Astronomy 
Collection: General
Date Revised: April 2020
Subject Librarian: Eliot Boden

 

1. General purpose:

  • Support of instruction and research in physics and astronomy up through the doctoral and faculty levels in the Department of Physics.  The collection also supports teaching and research in other subjects, including math, earth and planetary science, chemistry, biology, and engineering, but the interests of the Physics Department are given the most weight when deciding on acquisitions.
  • Overview from April 2020:
    • Faculty and Researchers:
      • 27 full time tenure or tenure track faculty, 7 research faculty, 2 lecturers, 10 postdoctoral research associates.
      • Research is funded by NSF, DOE, NASA, NIH, and other sources.
    • Graduate Students - currently 4 masters students, 2 JPP students, 67 PhD students for a total of 73 
    • Undergraduate Students - currently 89 students majoring or minoring in Physics

​2. Subjects excluded:

  • In Astronomy (0):
    • Extraterrestrial Life
    • Geodesy
    • Cosmochemistry
    • Astrogeology
    • ​The Solar System
    • Lunar Eclipses
    • Planets and Planetology
    • Meteors
    • Extrasolar planets (these items are included in the Earth and Planetary Science Library collection)
  • In Physics (0):
    • Philosophy
    • Geophysics
    • Meteorology
    • Climatology (the latter three are also included in the Earth and Planetary Science Library collection)
  • Minimal Level (1):
    • Popular Works
    • Historical Works
  • Basic Information Level (2):
    • Biographies of influential physicists

3. Overlap with other collections or subjects:

  • Mathematics
  • Earth and Planetary Sciences
  • Chemistry
  • Biology
  • Engineering and medicine
  • There are areas of:
    • Chemical Physics
    • Physical Chemistry
    • Applied Physics
    • Biophysics, etc. where it is hard to draw a distinct line between the subjects

4. Languages included and excluded:

The main language included is English.  English is currently the language used for science all over the world.  A lot of the physics literature before World War II was in German, so a considerable amount of German is still in the collection.  Almost all new items are purchased in English.

5. Geographical limitations:

None, although primarily American and European publications are purchased.

6. Chronological limits:

None, although primarily newly published material is purchased.

7. Retrospective acquisition:

Only if specifically requested by a faculty member or to replace lost or missing items.  However, older materials are still used heavily.

8. Types of material collected and excluded:

  • Collected:
    • Monographs and Serials primarily
    • Some graduate/advanced level textbooks.
  • Excluded:
    • Juvenile Material
    • Dissertations other than the Department of Physics
    • Audiovisual materials unless explicitly requested by faculty
    • Biographies unless about very prominent physicists
    • Conference proceedings unless explicitly requested or donated by faculty who attended.

9. Other factors to consider:

  • Items are purchased based on requests from the department – faculty or grads.
  • Faculty still prefers print monographs over ebook format.
  • Print and ebooks are not typically duplicate.
  • Nearly all new journal articles are available through arXiv or ADS.
  • Nearly all journals are electronic only other than “magazine” type formats.

10. Subjects and Collecting Levels:

Except as noted above and in the table below, most of Physics and Astronomy is at level 3B (Advanced Study) or 4 (Research):

0 - Out of Scope
1 - Minimal Level
2 - Basic Informational Level
3A - Introductory Study
3B - Advanced Study
4 - Research
5 - Comprehensive

 

Level

Call No.

Subjects

 

QB

 Astronomy

3A

QB 1-139

General. History

0

QB 54

Extraterrestrial life

 

QB 140-274

Practical and spherical astronomy

0

QB 275-348

Geodesy

 

QB 349-453

Theoretical astronomy and celestial mechanics

0

QB 355-453

Calculation of orbits. Cosmochemistry

0

QB 454-459

Astrogeology

 

QB 460-467

Astrophysics (General)

 

QB 468-494

Non-optical methods of astronomy

 

QB 495-991

Descriptive Astronomy. Cosmology

0

QB 500.5-506

Solar system. Origin of solar system. Physical conditions

0

QB 579-789

Lunar eclipses. Planets. Planetology. Meteors. Spectroscopy

 

QB 806

Stellar evolution

0

QB 820

Extrasolar planets

 

 

 

 

QC

Physics

 

QC 1-999

 Physics

 

QC 1-19.1

General

0

QC 5.56-6.4

Philosophy. Methodology

 

QC 19.2-20.7

Mathematical physics

 

QC 20.8-71

General

 

QC 72-74

Force and energy (general)

 

QC 75-80

Curiosities

 

QC 81-119

Weights and measures

 

QC 120-169

Mechanics

 

QC 120-131

General

 

QC 132-137

Dynamics. Motion

 

QC 138-145.4

Fluids. Fluid mechanics

 

QC 145.5-149

Hydrostatics. Floating bodies

 

QC 150-160

Fluid dynamics. Hydrodynamics

 

QC 161-165

Gases. Pneumatics

 

QC 166

Vacuum

 

QC 167-167.4

Fluid viscosity

 

QC 167.5-169

Gas dynamics

 

QC 170-219

Atomic physics. Matter

 

QC 170-171

General

 

QC 172-173.27

Constitution of matter

 

QC 173.28-173.44

Properties of matter

 

QC 173.45-173.49

Condensed matter physics

 

QC 173.5-173.95

Relativity physics

 

QC 173.96-174.6

Quantum theory

 

QC 174.7-175.3

Statistical physics

 

QC 175.4-175.9

Superfluid physics

 

QC 176-176.81

Solids. Solid state physics

 

QC 176.82-176.94

Thin films

 

QC 176.95-177

Special substances

 

QC 178-181

Gravitation

 

QC 182-189.4

Special properties of matter (absorption, capillarity, diffusion, viscosity)

 

QC 189.5-190

Rheology. Thixotropy

 

QC 191

Elastic properties of solids

 

QC 192-219

Thermal properties, deformation, Friction

 

QC 220

Sound, light, heat as a whole

 

QC 221-250

Acoustics. Sound

 

QC 221-241

General

 

QC 242-242.7

Underwater acoustics

 

QC 242.8-243

Sound waves

 

QC 244-250

Ultrasonics, nonlinear acoustics, acoustic holography

 

QC 251-349

Heat

 

QC 251-275

General

 

QC 276-277.8

High temperatures

 

QC 277.9-279

Low temperatures

 

QC 280

High pressure

 

QC 281-289

Relation between pressure, volume &temperature

 

QC 290-300

Calorimetry

 

QC 301-310.14

Change of state

 

QC 310.15-319.7

Thermodynamics

 

QC 319.8-325

Heat transfer

 

QC 326-330

Convection

 

QC 331-349

Radiation and adsorption. Laws of cooling

 

QC 350-473

Optics. Light

 

QC 350-449

General

 

QC 450-473

Spectroscopy

 

QC 474-500

Radiation physics

 

QC 474-476.3

General

 

QC 476.4-480.7

Luminescence

 

QC 480.8-484.7

X-rays

 

QC 484.8-489

Cosmic ray physics

 

QC 490-493

Other radiations

 

QC 494-500

Color

 

QC 501-769

Electricity and magnetism

 

QC 501-610.8

Electricity

 

QC 610.9-611.8

Semiconductor physics

 

QC 611.9

Superconductivity

 

QC 612-629

Measurement. Force. Thermoelectricity

 

QC 630-660.4

Electrodynamics

 

QC 660.5-668

Electric oscillations

 

QC 669-675

Electromagnetic theory

 

QC 676

Radio waves

 

QC 677-678

Microwaves

 

QC 679-684

Quantum electrodynamics

 

QC 685-700

Quantum electronics

 

QC 701-714

Electric discharge

 

QC 715-716

Photoelectricity

 

QC 717-717.5

Ion flow dynamics

 

QC 717.6-749

Plasma physics

 

QC 750-769

Magnetism

 

QC 770-800

Nuclear and particle physics

 

QC 770-785.4

General

 

QC 785.5-789.6

Instruments and apparatus. Research, nuclear reactors

 

QC 789.7-790.8

Nuclear fission

 

QC 790.9-791.8

Nuclear fusion

 

QC 791.9-792

Atomic energy

 

QC 793-794.94

Nuclear and particle physics

 

QC 794.95-800

Radioactivity

0

QC 801-850

Geophysics. Geomagnetism

0

QC 851-999

Meteorology. Climatology

     

 

QD

Chemistry

3A

QD 901-999

Crystallography

     

 

QH

Natural History (General). Biology (General)

 

QH 501

Biophysics