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Investigation on the Application Value of Infrared Forehead Temperature Gun in Body Temperature Screening of New Crown Epidemic
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作者 Kuanlong Shi Jiaxi Zhang Jiawen Wang 《Modern Electronic Technology》 2021年第1期20-23,共4页
The outbreak of the novel coronavirus pneumonia has had a great impact on the life safety of our people and social production activities.Therefore,it is very important and meaningful to analyze the application value o... The outbreak of the novel coronavirus pneumonia has had a great impact on the life safety of our people and social production activities.Therefore,it is very important and meaningful to analyze the application value of infrared forehead thermometers in body temperature screening under the new crown pneumonia epidemic and propose improved measures for body temperature detection.This paper summarizes the questionnaire on the application value of infrared forehead thermometer in body temperature screening and the results of staff interviews,and analyzes the principle of infrared forehead thermometer temperature measurement to explain the factors that affect the accuracy of temperature measurement results.Finally,it is concluded that the reflected radiation of the environment and the temperature measurement distance affect the accuracy of the temperature measurement results of the infrared forehead gun. 展开更多
关键词 New crown pneumonia epidemic Body temperature screening Infrared forehead thermometer
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Screening Psychrophilic Fungi of Cellulose Degradation and Characteristic of Enzyme Production
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作者 Wang Da-qing Jin Wen-ran +3 位作者 Sun Tai-peng Meng Yu-tian Zhao Wei Wang Hong-yan 《Journal of Northeast Agricultural University(English Edition)》 CAS 2016年第2期20-27,共8页
A fungus(WR-C1) decomposed cellulose was isolated from a hypothermal litter layer using Congo red medium as the preliminary screening culture medium and then using a filter as the secondary screening medium at low t... A fungus(WR-C1) decomposed cellulose was isolated from a hypothermal litter layer using Congo red medium as the preliminary screening culture medium and then using a filter as the secondary screening medium at low temperature. The experiment showed that the weight loss rate of filter paper on the 15 th days could reach 30.69%. A morphologic and ITS gene sequence analysis suggested that CF-C1 was Cladosporium. We mainly studied the effects of culture time, inoculation amount, initial p H and different sources of carbon, nitrogen and inorganic salt on the cellulase production of strain WR-C1. Under optimum cultural condition, the highest value of WR-C1 enzyme production and filter paper enzyme were 3.27 U · m L~(-1) and 0.51 U · m L~(-1). 展开更多
关键词 low temperature cellulose-degrading fungi screening enzyme activity
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