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在冶金、化工及煤质化验室广泛使用热电偶作为热电传感器。按规程应定期对热电偶进行检定。由于检定时数据较多,既费时又易出错,特编此程序。该程序用BASIC语言按国家计量局JJG351—84工作用镍铬—镍硅热电偶检定规程双极法编制的。在LASER310计算机,LASER-PP40打印机上通过,稍加改动也可在PC—1500机上应用。本程序具有判断能力,根据结果可判断打印出GODⅠ(Ⅰ级),GoDⅡ(Ⅱ级)或BAD(不合格)。该程序的流程图清单如图。程序中20～90为置读数语句,它将热电偶证书上的热电动势,镍铬—镍硅热电偶分度表上的热电动势,标准和被检热电偶微分热电动势分别赋给:A(1)……A(4);B(1)……B(4);C
In the metallurgical, chemical and coal quality laboratory widely used thermocouple as a thermoelectric sensor. Thermocouples should be regularly checked according to the rules. As the test data more time-consuming and error-prone, specially compiled this program. The program BASIC language by the National Bureau of Measurement JJG351-84 work with nickel-chromium - nickel silicon thermocouple test procedures bipolar preparation. Passed on LASER310 computer, LASER-PP40 printer, a little change can also be applied on PC-1500 machine. This program has the ability to judge, according to the results can be judged to print GOD Ⅰ (Ⅰ), GoD Ⅱ (Ⅱ) or BAD (failed). The flow chart of the program shown in the figure. Program 20 ~ 90 for the reading statement, which thermocouple certificate thermocouple, nickel chrome - nickel silicon thermocouple index thermocouple table, the standard and the thermocouple differential thermocouple were assigned to: A ( 1) ... A (4); B (1) ... B (4);