1) adsorptive catalytic voltammetry
吸附催化伏安法
1.
Determination of light rare earth by calcein adsorptive catalytic voltammetry with solid amalgam alloy electrode;
固体汞合金电极钙黄绿素吸附催化伏安法测定轻稀土
2.
A new method for the determination of trace lead by adsorptive catalytic voltammetry has been established.
本文提出了利用吸附催化伏安法测定痕量铅的方法。
3.
Firstly,a new kind of adsorptive catalytic voltammetry at carbon paste electrode(CPE) in the presence of dissolved oxygen was developed in the paper.
本文首次以碳糊电极(CPE)为工作电极、溶解氧为氧化剂,建 立了吸附催化伏安法。
3) adsorptive voltammetry
吸附伏安法
1.
Determination of trace cobalt by adsorptive voltammetry with copper-amalgam electrode
铜汞合金电极吸附伏安法测定痕量钴
2.
This is a review on the application of chemically modified carbon paste electrodes in adsorptive voltammetry.
本文评述了化学修饰碳糊电极在吸附伏安法中的应用 。
3.
In this paper,the method for determination of pyridoxal with adsorptive voltammetry has been reported.
采用吸附伏安法对吡哆醛的性质和机理进行了研究。
4) Adsorption voltammetry
吸附伏安法
1.
Study on adsorption voltammetry of scandium-calcium-alizarin red S hetero-polynuclear complex at a multi-walled carbon nanotubes modified carbon paste electrode
钪-钙-茜素红异多核络合物在碳纳米管修饰碳糊电极上的吸附伏安法研究
2.
Critical micelle concentration (CMC) of sodium dodecyl benzenesulfonate (SDBS) in aqueous solution has been determined by adsorption voltammetry using neutral red (NR) as a electroactive probe molecule.
以中性红(NR)为探针,根据表面活性剂的增溶作用,采用线性扫描吸附伏安法测定了十二烷基苯磺酸钠 (SDBS)的临界胶束浓度(CMC),并初步探讨了中性红在悬汞电极(HMDE)上的反应机理,测得电子转移数n为2, 电荷传递系数α为0。
3.
The critical micelle concentration (cmc) of sodium lauroyl glutamate(LAG\|Na)is measured by adsorption voltammetry.
用吸附伏安法测定了 N-月桂酰基谷氨酸钠 ( LAG- Na)的临界胶束浓度 ( cmc) ,与用表面张力法和电导法比较 ,数据吻合 ,重现性
5) voltammetry
[vəul'tæmitri]
吸附伏安法
1.
The method is based on the application of voltammetry with a hanging-drop electrode(HMDE) as working electrode.
提出一种有效的测定痕量镍和钻的吸附伏安法。
补充资料：吸附伏安法
分子式：
CAS号：
性质：是以吸附手段将被测物质先富集在电极上，然后采用一定的扫描电压方式将吸附物质从电极上溶出，根据所得的伏安曲线进行分析的方法。此法与溶出伏安法类似，不同之处在于富集过程不是用电解方式而是用吸附手段。
CAS号：
性质：是以吸附手段将被测物质先富集在电极上，然后采用一定的扫描电压方式将吸附物质从电极上溶出，根据所得的伏安曲线进行分析的方法。此法与溶出伏安法类似，不同之处在于富集过程不是用电解方式而是用吸附手段。
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