Corrosion Abstracts provides the world's most complete source of bibliographic information in the area of corrosion science and engineering. International sources of literature are scanned and abstracted in the areas of general corrosion, testing, corrosion characteristics, preventive measures, materials construction and performance, and equipment for many industries. Corrosion Abstracts provides engineers and scientists with a resource for solving corrosion problems by reviewing the documented experience of others and providing summarized findings in the article abstracts.
Sources covered include over 3,000 periodicals, conference proceedings, technical reports, trade journal/newsletter items, patents, books, and press releases.
Subject Coverage
Major areas of coverage include:
- Alloying
- Atmospheric corrosion
- Cathodic protection
- Corrosion in oil and gas production
- Corrosion in specific materials
- Corrosion potential
- Corrosion prevention
- Corrosion resistance
- Cracking
- Creep
- Designing for cathodic protection
- Designing for corrosion control
- Diffusion
- Fatigue
- Immersion
- Impedance
- Inhibition
- Inspection
- Marine corrosion
- Microbiologically influenced corrosion
- Oxidation
- Pipe corrosion
- Pitting
- Protective coatings and linings
- Theory and data interpretation
- Welding
Dates of Coverage
Approximately 1980-current. The oldest record in the database has a publication date of 1950; about 50% of its records have publication dates of 1994 or later. Update Frequency
Once a month. Approximately 7,500 new records are added per year.
Size
Over 0 records as of May 2013 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. Examples of Use
- Access information to solve corrosion problems found within
a specific industry such as the petroleum industry, pipeline industry,
water/waste industry, coatings and linings industry, transportation
industry, pulp and paper industry, power industry, refining industry,
and the corrosion testing and monitoring industry
- Track the latest corrosion science and engineering trends
and the technology used to prevent and control corrosion
- Solve your corrosion problems by reviewing the documented
experience of corrosion engineers and scientists from around the world
- Stay current on corrosion industry standards and guidelines
for preventing and controlling corrosion,
- Search for information on a particular corrosion phenomenon
(for example, stress-corrosion cracking, hydrogen embrittlement, galvanic
corrosion)
- Research corrosion tendencies of specific materials
Print Equivalent
Corrosion Abstracts (ISSN 0010-9339) Supplier
Proquest
789 E. Eisenhower Parkway
P.O. Box 1346
Ann Arbor, MI 48106-1346
Tel: +1-734-761-4700
Sample Record
| TI: |
Title
ENVIRONMENTAL CRACKING OF HIGH STRENGTH OCTG IN MUD AND ITS MECHANISM
|
| AU: |
Author
H Asahi |
| SO: |
Source
H. Asahi, T. Muraki (Nippon Steel Corp., Japan), and Y. Tomoe
(Teikoku Oil Co., Ltd., Japan), Paper No. 20. Presented at CORROSION/97
(March 10-14, 1997, New Orleans, LA), Sponsored by NACE International
|
| PB: |
Publisher
NACE International, P.O. Box 218340, Houston, TX 77218; phone
281 /492-0535; fax 281/492-8254. |
| AB: |
Abstract
Environmental cracking of high strength casing in mud has been
experienced but its mechanism has not been clarified. Degradation
of lignate mud with time and its effects on steel in the mud were
experimentally investigated in a laboratory. Sulfide concentration
of mud increases and pH value of mud decreases with aging time.
In an aged mud, hydrogen absorption and cracking of steel were
observed when pH of the mud was lowered. Sulfide which was formed
from mud change into H2S by a decrease in pH which was caused
by dissolution of CO2. CO2 was observed to form from mud. As the
result, sulfide stress cracking occurs, which is a proposed mechanism
of cracking of casing in mud. 8 figs., 3 tabs., 4 refs. |
| PY: |
Publication Year
1997 |
| AN: |
Accession Number
972029 |
Field Codes
| AB = Abstract |
LA = Language |
| AN = Accession Number |
OT = Original Title |
| AU = Author |
PB = Publisher |
| CF = Conference |
PT = Publication Type |
| CP = County of Publication |
PY = Publication Year |
| DE = Descriptors |
SO = Source |
| IB = ISBN |
TI = Title |
| IS = ISSN |
UD = Update |
Search Tips
The following tips apply to records with accession
numbers from 800001 to 980710; these records refer to material published
from 1979 to 1997. For assistance with searching current records
consult User Help:
SEARCHING FOR AUTHOR NAMES
Most records have at least the first author in the Author field,
but not all records have an author field; all authors' names are
listed in the Source, SO= field. This means that if you are searching
for an author that you know about and search in the author field
and retrieve 0 records, you may wish to try searching for the same
name in either the SO= field or in the Any Field query box along
with significant subject words, e.g.:
marshall and pipeline
SEARCHING FOR AUTHOR AFFILIATIONS
If an author affiliation is present, it is in the Source, SO= field,
and can be searched for specifically by entering a statement in
the Any Field query box, e.g.:
so=(Fluor Daniel)
PUBLICATION YEAR
Not all records have a publication date indicated in the Source,
SO= field, so we have attempted to determine the correct publication
year for the PY field. In some cases, the publication year was inferred
from the accession number; this may mean that sometimes the publication
year given in the record is not accurate, although it is probably
close. |
