采用溴化钾磁盘法分析，扫描范围4000- 400cm - 1，分辨率8 cm - 1。
The KBr disk method was employed with a scan range of 4000-400 cm-1 and a resolution of 8 cm-1.
成份：凝胶(明胶)，溴化钾，碘化钾，硝酸银。
Ingredients: Gelatin, potassium bromide, potassium iodide, and silver nitrate.
基于氯气可以使酸性溴化钾-甲基橙溶液褪色的反应，提出了一种使用动力学方法测量氯气含量的新方法；
A new kinetic spectrophotometry method to determine chlorine in atmosphere was described. The method based on the reaction between chlorine and acidic KBr-methyl orange solution.
报道经大剂量x 辐射后溴化钾单晶的喇曼测量结果。
The results of Raman measurements of KBr single crystal after long X-irradiation are reported.
用解谱的方法，分别从着色氯化钾和溴化钾晶体吸收光谱中合理地分解出k、F、R、M和一些其它吸收带，并精确确定这些吸收带的光谱参数。
The K, f, r, m and some other absorption bands were reasonably resolved from the absorption spectra of the colored crystals, and their spectral parameters were accura.
溶解溴化钾和碘化钾：将32克溴化钾和0.8克碘化钾放入凝胶溶液，并不断搅动直到溶解。
Dissolve the potassium bromide and potassium iodide. Add 32 grams of potassium bromide and 0.8 gram potassium iodide to the gelatin solution and stir until dissolved.
通过测定压力、溴化钾的溴饱和溶液吸收法、气味试验等方法可以较快地进行鉴别。
By measuring the pressure, saturated solution of potassium bromide bromine absorption method, the smell test and other methods, the mixture can be identified more quickly.
研究了硝酸钠存在下，溴化十六烷基吡啶-溴化钾体系浮选分离铂的行为及与一些金属离子分离的条件。
The floatation separation behavior of Pt(IV) by KBr-Cetylpyridinium bromide System in the presence of NaNO3 and the conditions for the separation of Pt(IV) from other metal ions were studied.
研究了硝酸钠存在下，溴化十六烷基吡啶-溴化钾体系浮选分离铂的行为及与一些金属离子分离的条件。
The floatation separation behavior of Pt(IV) by KBr-Cetylpyridinium bromide System in the presence of NaNO3 and the conditions for the separation of Pt(IV) from other metal ions were studied.
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