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York University Libraries > Subject Specialists > Physics, Astronomy and Space Sciences

Physics, Astronomy and Space Sciences

Subject Specialist Librarian: John Dupuis
Policy Written by: Brian Wilks (retired)

Description of Current Collection and Academic Programmes Supported
The Department of Physics and Astronomy offers undergraduate, graduate and doctorate level programmes in a wide variety of subject areas. At the undergraduate level which has a physics and astronomy stream, as well as an applied physics stream, programmes cover classical physics and applications, and at the upper levels concentrate on experimental physics, theoretical physics, or astronomy and astrophysics. The department, in conjunction with the Departments of Computer Science, Earth and Atmospheric Sciences and Mathematics and Statistics also participates in the Space and Communications programme.

At the graduate and doctoral levels, fields of research activity within the Department are in the general areas of astronomy and astrophysics, atomic and molecular physics processes, chemical and condensed matter physics, earth, atmospheric and space physics, modern optics and spectroscopy, and particle physics. The research program is also interdisciplinary in nature through research centres such as the Centre for Research in Earth and Space Science, the Institute for Space and Terrestrial Science, and the Centre for Research in Atmospheric Chemistry.

To support these programmes, the Libraries' collections attempt to cover subjects up to the research level, and include all major source materials, reference works, monographs and journals. Material relating to the history of physics, as well as the history of space and communication, is also collected.

Related Collections at York
Materials on the economic and legal aspects of space exploration are normally selected by the Economics and Law Subject Specialist Librarians and are housed in their respective branches. Most government documents relating to the areas of physics and space are kept in the Business and Government Publications Library.

Languages

English language works predominate but works in other languages are acquired on request.

Geographical Areas
There is no specific geographic area of coverage.

Chronological Coverage
There are no specific chronological limits, but the majority of physics purchases focus on current or recent output.

Date of Publications
Current or recent works predominate. Retrospective purchases include: periodical backruns that are acquired as needed; retrospective runs of abstracting services; review literature; historical works; and treatises that summarize the various disciplines of physics.

Duplication
Duplicates are not purchased unless there is a perceived need for them. These are generally purchased for and housed in the Reserve collection.

Types of Materials
In the purchase of monographs, hard copy is preferred, otherwise soft cover or microform is obtained. Microform is the preferred format for backruns of periodicals. CD-ROMs accompanying books are kept at the circulation desk. Relevant government document deposit material is automatically added (government report literature is added on a request basis only).

Electronic Data Files, CD-ROM, Microcomputer Software
The Steacie Science Library has two relevant indexing and abstracting services at the research level in CD-ROM format: INSPEC and Science Citation Index. When acquiring CD-ROM versions, the print equivalent is cancelled. The Steacie Science Library also provides access to all relevant bibliographic science databases through Dialog Information Services.

Relegation and Weeding
Superseded editions and out-of-date textbooks are weeded unless they are of historical value. Relegation to the storage annex is done during periodic inventories for volumes that have not circulated within the preceding five years.

Resources Elsewhere in the Toronto Region
Additional resources in these areas may be found at the University of Toronto Libraries and at the Atmospheric Environment Service, Toronto.

Collecting Levels

LC Class

Description

Current Level

Desired Le vel

QB 4

Astronomy – observations

1

3

QB 6

Astronomy – star catalogues

3a

3a

QB 15-36

Astronomy – history, biography

2

2

QB 44

Astronomy – popular works

2

2

QB 61-70

Astronomy – study and teaching, atlases and charts, globes, pictorial works and atlases

2

2

QB 85-139

Astronomical instruments

3b

3b

QB 145-237

Practical and spherical astronomy

2

2

QB 275-343

Geodesy, gravitation

3b

3b

QB 351-480

Theoretical and celestial mechanics

3a

4

QB 460

Astrophysics

3a

3a

QB 463-465

Nuclear astrophysics

3a

4

QB 475-479

Radio astronomy

4

4

QB 500-991

Descriptive astronomy

2

3

QB 500

Interstellar medium

3b

4

QB 520-579

Solar studies

3

3

QB 580-595

Lunar studies

3a

3a

QB 600-701

Planetary studies

2

4

QB 605

Moon, planets: photographs, maps, drawings

2

2

Q B 637

Earth as a planet: photographs from space

2

4

QB 801-903

Stellar studies

3b

4

QB 843 B55

Black holes

3b

4

QB 843 N4

Neutron stars

3a

4

QB 843 P8

Pulsars

3a

4

QB 851-855

Nebulae

3a

4

QB 856-859

Galaxies

3b

4

QB 860

Quasars

3a

4

QB 981-991

Cosmogony and cosmology

2

2

QC 7-19

Physics – history, biography

2

2

QC 19.2-29

Physics – mathematical physics

3b

3b

QC 30-71

Physics – study and teaching

3

3

QC 81-114

Weights and measures

2

2

QC 120-168

Experimental mechanics

1

2

QC 141-168

Fluid mechanics, gases

3a

3a

QC 170-197

Atomic physics, constitutions and properties of matter

2

3a

QC 173.5-173.6

Relativity

3a

3a

QC 173.96-174.52

Quantum theory

4

4

QC 174.7-175.36

Statistical physics

3b

4

QC 176-176.8

Surfaces, thin films, solid-state physics

3b

4

QC 178

Gravitation

3a

3a

QC 182-197

Special properties of matter

2

3

QC 221-246

Acoustics

2

2

QC 251-338

Heat

3a

3a

QC 278

Low temperature physics

2

3a

QC 310.15-318

Thermodynamics

3a

3a

QC 319.8-338

Heat transfer

2

3

QC 350-467

Optics, light

3a

3a

QC 449

Holography

2

3

QC 450-467

Spectoscopy (theoretical)

3a

3a

QC 454 A8

Atomic spectra

2

3a

QC 454 M6

Molecular spectra

3a

3a

QC 474-496

Radiation physics

2

3

QC 476.2

Quantum physics

3a

3a

QC 501-718

Electricity

2

3

QC 610.9-611

Semiconductors

3a

4

QC 612 S8

Superconductivity

3a

4

QC 717.6-718

Plasma physics

3a

3

QC 750-766

Magnetism

2

3

QC 770-798

Nuclear physics

2

4

QC 801-809

Geophysics

2

3

QC 811-849

Geomagnetism

2

2

QC 851-979

Meteorology

3a

4

QC 875.5-878

Meteorological instruments

1

1

QC 880.4 A5

Air mass

1

2

QC 880.4 A8

Atmospheric circulation

3a

4

QC 881

Atmospheric composition

2

4

QC 882

Atmospheric pollutants

2

4

QC 920.7-924

Clouds

2

4

QC 924.5-925.9

Rain and rainfall

2

2

QC 926.6-928

Weather modification

1

1

QC 930.5-959

Wind

2

2

QC 980-999

Climatology

3a

3a

QC 994.95-999

Weather forecasting

3a

3a

TA 1501-1820

Applied optics and lasers

2

4

TJ 810

Solar energy

2

2

TL 780-785

Astronautics – rocket propulsion

2

3b

TL 787-4050

Astronautics – space travel

2

3 b

TL 796-798

Astronautics – artificial satellites

2

3b

TL 875-953

Astronautics – space vehicle design, construction materials

1

3b

TL 1050-1060

Astronautics – astrodynamics

1

3b

Subject: Last Updated: 1999