lead electrode 中文意思是什麼

lead electrode 解釋
四價鉛電極
  • lead : n 1 鉛，鉛製品。2 【航海】測鉛，測深錘，水砣。3 〈pl 〉（鋪屋頂的）鉛皮；鉛皮屋頂；【印刷】插鉛，...
  • electrode : n. 1. 電極。2. 電焊條。adj. -less 無電極的。
  1. Determination of trace lead by adsorptive stripping voltammetry at rutin modified carbon paste electrode

    蘆丁修飾碳糊電極吸附溶出伏安法測定鉛
  2. A new enzymatic electrode for glucose determination was developed by codepositing glucose oxidase into the polymer from electrochemical oxidation of dopamine ( da ) on a pt - modified 8b pencil lead electrode, followed by electrochemically depositing an outer poly ( o - aminophenol ) film, which exhibited very good performance, such as fast current response, high sensitivity, broad linear range, excellent stability and good anti - interferent ability for ascorbic acid and uric acid

    摘要市售8b鉛筆芯經鍍鉑處理后，將葡萄糖氧化酶共沉積到新型多巴胺電氧化聚合膜中，最外層再修飾聚鄰氨基酚薄膜，研製出新型葡萄糖氧化酶修飾電極用於葡萄糖檢測。
  3. Complete with lead wire and electrode plate stowage and wire winding board

    附導線及電極片收納繞線板
  4. The effect of different electrode on the dielectric properties of lanthanum - doped lead titanate ferroelectric thin films

    不同電極形式對摻鑭鈦酸鉛鐵電薄膜的介電性能的影響
  5. The results show that mno which not be modified can not be use as electrode active materials because of its poor electrochemical activity. meanwhile, the rechargeabilify of mno modified by bi and pb is improved. bismuth could prolong the second electron equivalent discharge and lead could improve the first electron equivalent discharge performance

    I44 ）對熱分解產物進行了充放電，循環伏安，恆電流極化， tafe曲線分析，交流阻抗分析，得出未摻雜的mno直接作為電極活性材料，其電化學活性很差，但通過摻bi ， ph進行改性，提高了其可充性， 1的影響主要在於第二電子放電， ph則可以延長第一電于放電
  6. The ag electrode and pt down - lead were set to the sensor. the micro - controller system used msp430f149 of ti company as cpu, which has an in - system programmable and intelligent data acquisition system

    單片機系統以一個真正的在系統可編程全智能數據採集系統? ti公司2000年推出的flash型超低功耗16位單片機為核心。
  7. The preparing of aluminum plate for lead - acid battery passive electrode was investigated, and also bond strength and anti - corrosion of the coating in various process conditions were analyzed

    摘要介紹了用電鍍方法制備鉛酸蓄電池用鋁基極柵板的過程，分析了不同工藝條件下復合鍍層的結合強度、耐腐蝕性能。
  8. Determination of trace lead in serum by adsorptive stripping voltammetry at quercetin modified carbon paste electrode

    槲皮素修飾碳糊電極吸附溶出伏安法測定血清中的鉛
  9. Semiconductor materials was laid on the base, and the corresponding electrode was lead to. the semiconductor material has selective adsorption to the gas that changes the electronic concentration which also raises hall coefficient, corresponding changes the export of hall electromotive force, so the gas sensors which is based on hall effect was made

    當我們把半導體材料塗敷到基片上，並引出相應的電極，由於氣敏材料對個別氣體有選擇的吸附特性從而改變了材料中的電子濃度，也就引起了霍耳系數的相應變化，輸出的霍耳電動勢也跟著變化，就製成了基於霍耳效應的氣敏傳感器。
  10. Surface active agents - determination of inorganic sulfate content in anionic surface active agents - potentiometric lead selective electrode titration method

    表面活性劑.陰離子表面活性劑中無機硫酸鹽含量的測定.鉛電極電勢選擇滴定法
  11. The results show that the observation data of lead electrode are consistent with that of non - polarizable electrode in short period, and the stability of the data from deep burying lead electrode excels solid non - polarizable electrode, and its inherent quality also excels shallow burying lead electrode

    結果表明：鉛電極與固體不極化電極的觀測數據在短期內有較好的一致性；深埋鉛電極的大地電場觀測資料在長期穩定性上優于固體不極化電極；而觀測數據的內在觀測質量也高於淺埋鉛電極。
  12. In order to substitute non - polarizable electrode with lead electrode and solve the stability problem of earth electric field observation in seashore area, we have performed two kinds observational comparison, which is shallow burying lead electrode with non - polarizable electrode and deep burying lead electrode with shallow burying lead electrode

    摘要為使用鉛電極替代不極化電極，以解決濱海地區大地電場觀測系統穩定性差的問題，先後開展了淺埋的鉛電極與不極化電極的大地電場對比觀測，以及深埋鉛電極與淺埋鉛電極的對比觀測試驗。
  13. Further requirements such as higher electrochemical capacity and better reversibility are advanced to lithium ion battery with the development of our society. in the first cycle of lithium ion battery, solvent decomposition reaction on the surface of electrode will lead to the formation of a passivating layer, commonly named solid electrolyte interface film ( sei film )

    在鋰離子電池的充放電過程中，電極和電解質界面區由於電解質與電極材料之間的相互作用而在電極表面形成一層厚度在幾個納米范圍的表面層，這個表面層被稱為固體電解質中間相（ solidelectrolyteinterfacefilm ，簡稱sei膜） 。
  14. Results indicated it was possible to prepare passive electrode lead - acid battery using electroplating

    通過分析得出用電鍍方法制備鉛酸蓄電池用極板是可行的。
  15. Surface active agents - determination of inorganic sulphate content in anionic surface active agents - potentiometric lead selective electrode titration method

    表面活性劑.陰離子表面活性劑的無機硫酸鹽含量測定.電位測定鉛選定電極滴定法
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