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化学光潜分析源于1860年Kirchhoff和Bunsen的工作,但直到十九世纪三十年代,没有得到多少应用。随后电弧—火花发射,其次为火焰发射方法成为流行方法。第二次世界大战以后,火焰发射非常盛行。在1955年,以Walsh,Alkomade和Milatz的工作为开端,开创了原子吸收光谱的新时期。其后的时间可以七年为期进行划分。第一阶段是初倡时期(1955—1962),当时原子吸收仅为少数人所注意。此后为发展时期(1962—1969),那时我们今日所见的大部分研究工作已发展起来了。以后的阶段为相对稳定时期(1969—1976),原子吸收对其它领域作出了巨大的贡献。现在我们处于伟大变革的时期,这一时期大约开始于1976年,这是由于电子计算机技术对各个实验室仪器的冲击所引起的。
Chemical phototool analysis stems from the work of Kirchhoff and Bunsen in 1860, but did not get much application until the 1930s. Subsequent arc-spark firing followed by flame firing methods became popular methods. After the Second World War, the flame was very popular. In 1955, beginning with the work of Walsh, Alkomade and Milatz, a new era of atomic absorption spectroscopy was opened up. Subsequent time can be divided into seven years. The first phase was the period of initial advocacy (1955-1962), when atomic absorption was only noticed by the minority. Since then was the period of development (1962-1969), when most of the research we saw today was developed. The later stages are relatively stable (1969-1976) and atomic absorption has made a huge contribution to other fields. Now we are in a period of great change, which started around 1976, due to the impact of computer technology on various laboratory instruments.