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This post was last edited by *anpangpang on 2015-10-26 00:36. When designing air preheaters, the flue gas flow rate is adjusted to be () times that of the air flow rate in order to achieve the best heat transfer efficiency. A 0.5 times B 0.9 times C 1.5 times D 2 times E 3 times F equal
During the design of the air preheater, the flue gas flow rate is adjusted to be as close as possible to (D) times the air flow rate in order to achieve the best heat transfer efficiency.
D, 2 times----------------------------------------------------
During the design of the air preheater, the flue gas flow rate is adjusted to be as close as possible to (D) times the air flow rate in order to achieve the best heat transfer efficiency. A 0.5 times B 0.9 times C 1.5 times D 2 times E 3 times F equal
During the design of the air preheater, the flue gas flow rate is adjusted to be as close as possible to (D) times the air flow rate in order to achieve the best heat transfer efficiency.
This post was last edited by *anpangpang on 2015-10-26 00:36. When designing air preheaters, the flue gas flow rate is adjusted to be (D) times the air flow rate in order to achieve the best heat transfer performance. A 0.5 times B 0.9 times C 1.5 times D 2 times E 3 times F equal
D 2 times--------------------------------
Answer: D, 2 times. :victory::victory:
The correct answer to this question should be D, 2 times.
During the design of the air preheater, the flue gas flow rate is adjusted to be as close as possible to (D) times the air flow rate in order to achieve the best heat transfer efficiency. A 0.5 times B 0.9 times C 1.5 times D 2 times E 3 times F equal