研究了采用可拆阳极的辉光光源和经改装具有光电记录的Q—24中型光谱仪用1.改变对阳极体、试样与阳极端面间隙的抽气比例;2.采用低气压、高电压的放电条件;3.对阳极内边作适当打磨等方法,将无短路放电时间内的能剥厚度从30～50微米提高到300～400微米的方法。成功地连续测定了渗硼中硼的含量及其随深度的分布规律。 The use of a detachable anode glow source and modified with a photoelectric record of Q-24 medium spectrometer 1. Change the anode body, the gap between the sample and the anode exhaust pumping ratio; 2. The use of low pressure, high voltage Discharge conditions; 3. The inside of the anode for appropriate grinding methods such as no short circuit discharge time can stripping thickness from 30 to 50 microns to 300 to 400 microns method. The content of boron in boronizing and its distribution with depth were successfully measured continuously.