目前检测微量硼的方法有姜黄素、醌茜素、洋红、二蒽醌亚胺、次甲基蓝等比色法,BF_4~-电极法,荧光光度法。在光度法中有的需在浓硫酸中显色,有机试剂萃取硼需严格控制温度,电极法灵敏度低。近年文献[3,4]报道发射光谱法,ICP-AES法在水样痕量分析中已成为主要常规分析手段,但受仪器昂贵限制,不能普及,为此卫生监测中探讨简便、灵敏、准确测硼的方法很有必要。硼在滴汞电极上很难还原,极谱 At present, the methods for detecting trace boron include the methods of curcumin, quinizarin, magenta, dianthraquinone imine and methine blue, BF_4 ~ -electrode and fluorescence spectrophotometry. Some of the spectrophotometry in the concentrated sulfuric acid in the color, organic reagent extraction of boron to be strictly controlled temperature, low sensitivity electrode. In recent years, the literature [3,4] reported that the emission spectrometry, ICP-AES method has become the main routine analysis method in water samples trace analysis, but expensive by the instrument, can not be universal, so health monitoring is simple, sensitive and accurate Boron measurement method is necessary. Boron trickle mercury electrode is difficult to restore, polarographic