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Test method of an anode’s ability to perform for a number of years. Conducted at high current density to accumulate sufficient charge. For catalyzed titanium anodes in underground/underwater environments
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地上检测技术评价地下管道 涂层情况的测试方法 Chinese Translation Aboveground evaluation of the coating condition of underground metallic pipelines. Surveys: • Alternating current (AC) attenuation • Direct current (DC) • AC-voltage gradient • Pearson.
Aboveground evaluation of the coating condition of underground metallic pipelines. Includes surveys of alternating current (AC) attenuation, direct current (DC), AC-voltage gradient, and the Pearson survey.
Slow strain rate (SSR) test method for screening and evaluating susceptibility of steels to ethanol Stress Corrosion Cracking (SCC). Relevent to the distribution of fuel ethanol.
Ballast water carried by ships keeps them upright during loading and offloading operations and provides balance, stability, and trim during sailing. Because ballast water is loaded from the surrounding port or coastal waters, organisms in the ballast water sometimes establish populations resulting in biological invasions, which may have severe ecological or economic impacts. This standard is designed to test the effect of long-term accelerated exposure of treated water on coating systems.
Test methods for effects of long-term exposure to treated ballast water (fresh or salt) on ballast tanks and related pipes and anodes. Includes reporting procedures.
Quick, simple, and inexpensive way to evaluate the accuracy of reference electrodes used for obtaining field measurement of structure-to-electrolyte potentials.
HISTORICAL DOCUMENT. Test method specifies procedures to evaluate cathodic disbondment resistance of the steel structure coating systems under cathodic protection, such as buried or submerged pipeline and tank linings.
Factors which influence laboratory tests…specimen preparation…apparatus…conditions…temperature, velocity, aeration, volume…supporting specimens, duration of test…cleaning specimens…results…corrosion rates. Historical Document 1976
HISTORICAL DOCUMENT. This is the reprinted version of TM0169-1976. This document was reprinted:
May 1994
May 1992
September 1991
Revised 1976
Revised 1972
Approved March 1969
Laboratory method for determining the extent and the rate of uniform corrosion of metals in high temperature water or aqueous solutions at temperatures (> 212 F (100 C) & <~680 F (360 C))…Historical Document 1971
A laboratory test method for determining the extent and rate of corrosion of metals in high-temperature water at temperatures greater than 100°C (212°F) but less than approximately 360°C (680°F). Historical Document 1995