Collection Development Policies:
Engineering: Chemical
Purpose: The collection in Chemical Engineering
supports teaching and research in through the doctoral level. While
concern for these fields is centered in the Department of Chemical
Engineering, faculty and students in other schools and departments
have interest in specific areas such as Biochemistry/Biophysics, Chemistry,
Civil and Environmental Engineering, Environmental Science and Regional
Planning, Geology, Medicine, Microbiology, and Physics.
General Collection Guidelines:
- Languages:
English is the primary language of the collection. Works originally in other
languages are purchased only in English translation.
- Chronological Guidelines:
Emphasis is on the present. Works of an historical nature may be selectively acquired.
- Geographical Guidelines:
Not applicable.
- Treatment of the Subject:
Lower division textbooks are not generally purchased. Upper division texts
and popular works are purchased selectively. Books on techniques such as
engineering graphics, surveying and photogrammetry are purchased very
selectively. Emphasis is on graduate level texts and research material.
- Types of Material:
Acquisitions are primarily in the form of monographs and serials, but may
include encyclopedias, dictionaries, proceedings/transactions of congresses,
societies and symposia, selected government documents such as NASA and DOE
depository items and U.S. Government Research Reports in any suitable format.
Engineering drawings are excluded.
- Date of Publication:
Emphasis is on the acquisition of current imprints. Retrospective materials
may be purchased either in the original, reprint, microform, or electronic
version depending on availability and cost.
Observations and Qualifications by Subject with
Collection Level:
Biochemical Engineering:
C(1) / B
Includes fermentation processes, biochemical reactor
design, transport phenomena in biological systems,
biochemical technology, bioseparations, electrically
enhanced separations, nanotechnology.
Chemical Kinetics and Dynamics:
C(1) / B
Catalysis and catalysts; stochastic principles and processes; statistical
mechanics; heat and mass transfer; ceramic membrane reactors, thermodynamics.
Electrochemistry:
C(2) / C(1)
Kinetics and equilibria.
Environmental Chemistry:
C(1) / B
Subsurface transport, in-situ remediation, bioremediation,
bioaccumulation, hazardous wastes, atmospheric chemistry.
Extractive Metallurgy:
C(2)
Industrial Chemistry:
C(2)
For food technology, see:
Food Science & Human Nutrition
For textile manufacture, see:
Apparel, Merchandising, Design, and Textiles
Nuclear Engineering:
C(2)
Polymer Science:
See:
Engineering: Mechanical and Materials
Process Dynamics and Control:
C(1) / B
Process design techniques; automatic process control and
instrumentation for specific operations; plant, product and
chemical reaction design; optimization techniques.
Eileen Brady
Spring 2004