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Dean and Stark adaptor

Figure 5.3. Dean and Stark adaptor on the bottom of a condenser... Figure 5.3. Dean and Stark adaptor on the bottom of a condenser...
Kerosene, because of its higher density and viscosity, tends to retain fine particulate matter and water droplets in suspension for a much longer time than gasoline. Free water in kerosene can be detected by the use of a Dean and Stark adaptor (ASTM D-4006, IP 358) (Fig. 7.3), by the Karl Fischer titration method (ASTM D-1744, ASTM D-6304), by the distillation method (ASTM D-95, IP 74), or by a series of alternate tests (ASTM D-4176, ASTM D-4860). The standard water reaction test method (ASTM D-1094, IP 289) can also be used. [Pg.174]


See other pages where Dean and Stark adaptor is mentioned: [Pg.186]   
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Adaptors

Deaning

Stark

Starke

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