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After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other A
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After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (A).
After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to detect it is (A) detecting the odor of H2S gas.
After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (A). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other
After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (A). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other
After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (A). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other
After a leak occurs in a high-pressure air cooler, the simplest and most feasible way to locate the leak is (A). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other
After a leak occurs in the high-pressure air cooler, the simplest and most feasible way to locate the leak is (a). A. Detecting the odor of H2S gas B. Detecting hydrogen gas C. Detecting gas D. Other
A. Detect the odor of H2S gas