CSA Technology
Research Database
This comprehensive
database provides a single mega-file of all the
unique records available through its 3 components:
the CSA Materials Research Database with METADEX,
CSA High Technology Research Database with
Aerospace, and the CSA Engineering Research
Database. The database content represents the most
comprehensive and current coverage of the relevant
serial and non-serial literature available.
Sources covered include over 4,000 periodicals,
conference proceedings, technical reports, trade
journal/newsletter items, patents, books, and press
releases.
Subfiles that make up the CSA Technology Research
Database can be searched separately.
The subfiles are:
ANTE: Abstracts in New Technologies
and Engineering
Advanced Polymer
Abstracts
Aerospace & High
Technology Database
Aluminum Industry
Abstracts
CSA Engineering
Research Database
CSA High Technology
Research Database with Aerospace
CSA Materials
Research Database with METADEX
Ceramic
Abstracts/World Ceramic Abstracts
CSA / ASCE Civil
Engineering Abstracts
Composites Industry
Abstracts
Computer and
Information Systems Abstracts
Copper Data Center
Database
Corrosion Abstracts
Earthquake
Engineering Abstracts
Electronics and
Communications Abstracts
Engineered Materials
Abstracts
Engineered Materials
Abstracts, Ceramics
Environmental
Engineering Abstracts
METADEX
Materials Business
File
Mechanical &
Transportation Engineering Abstracts
Solid State and
Superconductivity Abstracts
WELDASEARCH
Subject Coverage
Dates of Coverage
Update Frequency
Once a month.
Approximately 300,000-400,000 new records are
added per year.
Size
Over 7,928,291
records as of February 2007
Thesaurus
The database is
indexed using a master authority file of about
40,000 controlled-vocabulary terms. Older records
in this database were indexed using a
file-specific thesaurus; this thesaurus has now
been incorporated into the master authority file.
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Sample Record
|
TI: |
Title
Hydrologic and geochemical characterization of
two full-scale waste rock piles a joint
university/industry research program sponsored
by INAP. |
|
AU: |
Author
Tran, A B; Fines, P; Miller, S; Williams, D;
Wilson, W |
|
AF: |
Affiliation
Environmental Geochemistry International
|
|
SO: |
Source
Geotechnical News. Vol. 21, no. 3, pp. 36-42.
Sept. 2003 |
|
IS: |
ISSN
0823-650X |
|
PY: |
Publication Year
2003 |
|
PB: |
Publisher
BiTech Publishers Ltd , 173-11860 Hammersmith
Way, Richmond, B.C , V7A 5G1, Canada,
|
|
AB: |
Abstract
The opportunity to examine the internal
characteristics of two waste rock piles
through their full depth arose during the
rehabilitation activities at two mines sites.
Waste rock dumps at both sites were excavated
and removed to open pits for permanent
closure. The sites are located within climatic
and geologic regimes that offer a striking
contrast. The purpose of the study was to
examine the internal structure of the waste
rock dumps and obtain observations with
respect to structure, geochemistry, fluid flow
pathways, weathering and other characteristics
that may aid our understanding of the
long-term behaviour of suiphide bearing waste
rock systems. The research program was
sponsored and directed by the International
Network for Acid Prevention (INAP), together
with Rio Tinto Ltd., Inco Ltd., Placer Dome
Inc., EGi (Environmental Geochemistry
International Pty Limited, Sydney, Australia),
R & D Start (Graduate Program, Australia), and
NSERC (Natural Sciences and Engineering
Research Council of Canada). The research
activities were conducted jointly between the
Department of Mining and Mineral Process
Engineering at the University of British
Columbia, Canada, the Department of Civil
Engineering at The University of Queensland,
Australia, and EGi. This paper describes the
field characterization program that was
implemented at the sites, highlights the
geochemical and physical laboratory testing
program, and presents the results of numerical
modelling undertaken to describe the flow
system within the two waste rock dumps. The
specific details of the investigations
summarized here are described by Fines et al.
(2003) and Tran et al. (2003).
|
|
IL: |
Illustrations
Graphs |
|
NR: |
Number of
References
4 |
|
LA: |
Language
English |
|
PT: |
Publication Type
Journal Article |
|
JC: |
Journal Coverage
Core |
|
DE: |
Descriptors
Rock (material); Mine Wastes; Geotechnical
Engineering; Mathematical Models;
Geochemistry; Excavation; Ph Control;
Engineering Research; Hydrology; Acids;
Geotechnics; Fluid Flow; Weathering
|
|
CL: |
Classification
25 Geotechnical Engineering (CE) |
|
UD: |
Update
200310 |
|
AN: |
Accession Number
200310-25-1088 (CE) |
Field Codes
The following field
codes are found in the records of this database.
Here they are listed in alphabetical order by
two-letter code.
| AB = Abstract
|
LA = Language
|
| AF =
Affiliation |
MC = Material
Classification |
| AN = Accession
Number |
ML = Material |
| AU = Author
|
NR = Number of
References |
| CA = Corporate
Author |
NT = Notes |
| CF =
Conference |
NU = Other
Numbers |
| CL =
Classification |
PA = Patent
Application Data |
| DE =
Descriptors |
PB = Publisher
|
| DO = DOI |
PC = Patent
Country |
| EA = Email
Address |
PN = Patent
Number |
| ED = Editor
|
PR = Patent
Priority Data |
| EI =
Electronic ISSN |
PT =
Publication Type |
| IB = ISBN
|
PY =
Publication Year |
| IL =
Illustrations |
RE =
References |
| IS = ISSN
|
RL = Resource
Location |
| JC = Journal
Coverage |
RP = Report
Number |
| JC = Journal
Issue |
SF = Subfile
|
| JN = Journal
Name |
SO = Source
|
| JV = Journal
Volume |
TI = Title |
| KW = Keywords |
UD = Update |
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