1) qualitative and quantitative test by beryllonⅢ
铍试剂Ⅲ法
1.
Whether borax is adulterated in food can be determined through qualitative test by curcuma paper or through qualitative and quantitative test by beryllonⅢ.
食品中掺有硼砂可通过姜黄试纸法定性检测,也可用铍试剂Ⅲ法定性及定量检测。
2) BerylliumⅢ
铍试剂Ⅲ
1.
Catalytic decoloring spectrophotometryfor determination of trace molybdenum with berylliumⅢ;
铍试剂Ⅲ褪色光度法测定痕量钼的研究
3) beryllon Ⅲ
铍试剂Ⅲ
1.
Spectrophotometric determination of stibium with Sb(Ⅲ)-beryllon Ⅲ-TritonX-100 ternary system;
锑(Ⅲ)-铍试剂Ⅲ-TritonX-100三元体系分光光度法测定锑
2.
The paper introduces the principle and method in mixed liquid of ammonium hydroxide ammonium chloride EDTA beryllon Ⅲ for determining the beryllium in industrial waste water.
论述了在氢氧化铵—氯化铵— E D T A——铍试剂Ⅲ混合底液中示波极谱法测定工业废水中铍的原理及方法。
3.
Oscillopolarographic determination of trace boron in plant sample has been studied The complex formed by boron with beryllon Ⅲ in a buffer solution of potassium biphthalate at pH 4 0 The complex gives a sensitive adsorptive catalytic wave at the potential of -0 45V(VS SCE) The test shows that it has the advantages of convenient operation,rapid procedure, good selectivit
研究了用极谱法测定植物样品中的微量硼 ,实验表明 ,在 pH为 4 0邻苯二甲酸氢钾缓冲体系中 ,硼与铍试剂Ⅲ形成稳定配合物 ,并在峰电位为 - 0 4 5V (对SCE)产生吸附催化波 ,该方法操作简便、准确 ,具有很好的选择性和灵敏度 ,该法应用于植物叶片中微量硼的测量 ,获得良好结
4) beryllon Ⅰ
铍试剂Ⅰ
1.
Study on the inhibitory effect of titanium? on the reaction of beryllon Ⅰ oxidized by potassium bromate and its application;
钛催化溴酸钾氧化铍试剂Ⅰ动力学光度法的研究及应用
5) beryllon I
铍试剂I
1.
The method is based on the inhibitory effect of strontium on the oxidation of beryllon I by potassium bromate when usingα,α1-dipyridul as activing reagent in the neutral midea.
在中性介质中,基于α,α’-联吡啶作为增敏剂时,Sr2+抑制KBrO3氧化铍试剂I的褪色反应,提出了一种测定痕量锶的新方法。
6) Beryllon
铍试剂
1.
Determination of Human Serum Albumin by Spectrophotometry with Beryllon;
用铍试剂测定人血清白蛋白的分光光度法
补充资料:铍法
分子式:
CAS号:
性质:根据大气圈上层宇宙射线轰击氮核形成的10Be,随雨水降至地表面进入海洋沉积物及大陆堆积物(黄土)中,而10Be进入沉积后由于放射性衰变(半衰期为2.5×106y)使较早沉积或堆积的物质10Be含量降低,通过化学处理后用加速器质谱测定沉积物或堆积物剖面中10Be含量的变化,测定各层的沉积时间或确定它们的沉积速率的方法。此法主要用于第四纪沉积的研究。
CAS号:
性质:根据大气圈上层宇宙射线轰击氮核形成的10Be,随雨水降至地表面进入海洋沉积物及大陆堆积物(黄土)中,而10Be进入沉积后由于放射性衰变(半衰期为2.5×106y)使较早沉积或堆积的物质10Be含量降低,通过化学处理后用加速器质谱测定沉积物或堆积物剖面中10Be含量的变化,测定各层的沉积时间或确定它们的沉积速率的方法。此法主要用于第四纪沉积的研究。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条