1) H2 sensitive electrode
氢敏电极
1.
Furthermore it describes the technique for testing the relationship which is carried out by using H2 sensitive electrode and its application in determining regional cerebral blood flow,etc.
本文讨论了组织血流量、II_2浓度和微电流之间函数关系,描述了用氢敏电极测量此关系的技术和在测量局部脑血流量(RCBF)等方面的应用,提出了氢敏电极的制造方法。
2) heat-sensor electrodes
热敏电极
3) gas sensing electrode
气敏电极
1.
Determination of ammonia in secondary brine for production of ion-exchange-membrane caustic soda by gas sensing electrode;
气敏电极法测定离子膜制碱工艺二次盐水中的氨
2.
The current decay of CO oxidation at Pt SPE gas sensing electrode in short time scale has been studied.
对短时间内Ｐｔ－ＳＰＥ气敏电极上ＣＯ氧化电流的衰退现象的研究表明，Ｐｔ表面无ＣＯ吸附态情况下，衰退主要与电极阳极极化后Ｐｔ表面氧化程度加深有关；采用动电势扫描法可使电极对ＣＯ氧化的催化活性基本恢复，但随着电极的进一步极化，衰退仍会继续。
4) gas sensitive electrode
气敏电极
1.
Analysis method of ammonia in coking wastewater by means of gas sensitive electrode was introduced in the paper and also were analysed the linear range,responvesponse time,reused ratio and interfering substance.
研究了用气敏电极测定焦化厂废水中氨的分析方法，对测定的线性范围，响应时间、回收率、干扰物质等作了理论探讨和大量试验。
2.
Analysis method of ammonia in coking wastewater by means of gas sensitive electrode was introduced in the paper and also were analysed the linear range,response time,reused ratio and interfering substance.
研究了用气敏电极测定焦化厂废水中氨的分析方法，对测定的线性范围、响应时间、回收率、干扰物质等作了理论探讨和大量试验。
5) sensitive electrod
敏感电极
1.
Five diaphragms either made at home or from abroad were treated separately withphysical,chemical and technological methods respectively ,and then breathing sensitive electrodsmade with these diaphragms.
应用物理学、化学和工艺学等方法，分别处理５种国内外敏感膜，以组成相应呼吸敏感电极。
6) NO sensitive electrode
NO敏感电极
补充资料：力可拉敏,二氢加兰他敏
药物名称：二氢加兰他敏
英文名：Dihydrogalanthamine
别名：力可拉敏,二氢加兰他敏
外文名：Dihydrogalanthamine, Lycoramine
作用与特点：作用类似加兰他敏,但较弱,毒性也小.用于脊髓灰质炎后遗症性瘫痪,脑血管意外所致的偏瘫,坐骨神经炎.注意点同加兰他敏.
用法用量：肌注:12-24mg,每日或隔日1次.
规格：注射剂:6mg/1ml,12mg/1ml(溴化物).
类别：作用于神经系统药物
英文名：Dihydrogalanthamine
别名：力可拉敏,二氢加兰他敏
外文名：Dihydrogalanthamine, Lycoramine
作用与特点：作用类似加兰他敏,但较弱,毒性也小.用于脊髓灰质炎后遗症性瘫痪,脑血管意外所致的偏瘫,坐骨神经炎.注意点同加兰他敏.
用法用量：肌注:12-24mg,每日或隔日1次.
规格：注射剂:6mg/1ml,12mg/1ml(溴化物).
类别：作用于神经系统药物
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