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在过去近二十年中,关于发射光谱,或质谱照相干板测光自动化方面已经取得相当的进展。由于光谱干板信息量大,有人应用小型机,甚至中大型机对干板进行快速扫描,将大量光谱信息记录在磁盘或磁带上,然后进行脱机处理.也有人将原有测微光度计改装,应用小型机控制进行全自动测光及数据处理.近年来,有人曾用微处理机进行数据采样,但数据处理仍然应用大中型机.计算机与测微光度计联用,虽然国外已有商品出售,但是价格昂贵,且型号较少。目前,国内发射光谱或质谱照相干板的测光还多为手工,费时费力,且精度较差.为了解决测光问题,
In the past two decades or so, considerable progress has been made in the field of emission spectrometry, or the automated metering of photometric photographic plates. Due to the large amount of spectral dry plate information, some people use the minicomputer, or even the mainframe to dry plate for rapid scanning, a large number of spectral information recorded on disk or tape, and then off-line processing.Some people will be the original micrometre Modification, the application of minicomputer control for automatic metering and data processing.In recent years, some people have used the microprocessor for data sampling, but the data processing is still using large and medium-sized machines. Computer and micrometamorphometry, although the foreign have Goods sold, but expensive, and less model. At present, the domestic emission spectrometry or photometric plate photometry is more manual, time-consuming and laborious, and the accuracy is poor.In order to solve the photometry problem,