Abstract
Methods for practical measurement of the effects of heat transfer on corrosion are discussed and the use of the following types of test equipment is described: a cooling-waterrig, several designs of on-line apparatus (including heated tubular probes fitted in pressure glands or sight glasses, a multi-specimen probe representing steam-heating coilsand a condenser for simultaneous tests on different materials), an air-cooled rig for long-term constant-temperature testing in flue gases, and a drier simulating apparatus.
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