摘要：The stability of the standard sample plays a key role in the testing of the smoke detectors. Ascientific and effective standard sample selection scheme is proposed in this paper. The repeatability anduniformity of the tested samples are evaluated before and after the environmental acceleration testing, andthe most stable standard sample is obtained. At the same time, this paper explores the new application of thestandard sample, which can be used in the calibration of the measuring ionization chamber (MIC). Thiswork can greatly reduce the seleection time and provide the standard samples for the laboratory of the smokedetectors testing which is scientific and reliable. At the same time, the difficult problem of the calibration ofthe measuring iomization chamber (MIC) is solved here.
其他摘要：The stability of the standard sample plays a key role in the testing of the smoke detectors. A scientific and effective standard sample selection scheme is proposed in this paper. The repeatability and uniformity of the tested samples are evaluated before and after the environmental acceleration testing, and the most stable standard sample is obtained. At the same time, this paper explores the new application of the standard sample, which can be used in the calibration of the measuring ionization chamber (MIC). This work can greatly reduce the selection time and provide the standard samples for the laboratory of the smoke detectors testing which is scientific and reliable. At the same time, the difficult problem of the calibration of the measuring ionization chamber (MIC) is solved here.
