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- applied potential gradient 外加电场强度
- Relation of electric field intensity and potential gradient. 电场强度和电势梯度的关系。
- Showed the feasibility of using steel electrodes to measure potential gradient caused by the stray current in soils. 文中研究用钢制电极测量土壤中杂散电流形成的电位梯度的可行性。
- The product of applied potential difference and current in a direct-current circuit. 电路直流电路中的实际电位差与电流的乘积。
- The optimal value of the applied potential was determined by using Linear Sweep Voltammetry (LSV). 采用线性扫描伏安法(LSV)确定了合适的聚合电位;
- The applied potential of the acetone sensor was -2.15 V (vs.Ag/AgCl) in 0.1M sodium tartrate. 将丙酮还原为醇类,进而产生电流变化而得到感测讯号。
- The effects of direction,strength of interferential electric field,as well as the arranged space between steel electrodes on measured potential gradient were investigated. 实验研究干扰电场方向、强度和钢电极间距等对测量电位梯度的影响。
- The optimal value of the applied potential was determined by using Linear Sweep Voltammetry(LSV). 采用线性扫描伏安法(LSV)确定了合适的聚合电位;
- The applied potential for POMDP remains largely unrealized due to lack of tractable solution methodologies. 但POMDP的可能应用大部分没有实现,这主要是因为缺乏有效的算法。
- The more positive than Edes the applied potential was, the faster the inhibitor desorption would be. 外加电位越正于脱附电位,缓蚀剂脱附速度越大;
- When the CeO2 content is 0.06mol%, potential gradient is maximum, improves about 30%, voltage ratio is lower, and leakage current is the lowest. So the optium content of CeO2 is 0.06mol% in this study. 当CeO_2含量为0.;06mol%25时,氧化锌压敏阀片的电位梯度达到极值,比添加CeO_2前的电位梯度提高约30%25,且压比较低,漏电流最小,因此本实验CeO_2添加量的最佳值为0
- The applying potential of purifying sewage with Ranunculus sceleratus L. 石龙芮在城市生活污水净化中的应用潜力。
- Treatment of nitrobenzene wastewater by electrochemical heterogeneous catalytic process, the optimal conditions of nitrobenzene removal were as: applied potential of 40 V, Na_2SO_4 concentration of 500 mg L~(-1), pH 10 and 45 min of HRT. 多相催化电解耦合工艺处理硝基苯废水的优化工艺条件为:电解电压40 V、支持电解质Na_2SO_4浓度为500 mg·L~(-1)、pH值为10、水力停留时间45 min。
- Potential gradient in electronic field; 电场内电势梯度;
- The results showed that the potential of occluded specimen and the galvanic current between the external bulk and occluded specimen were strongly affected by the applied potential. 实验结果表明,外电位对闭塞区内电极电位和闭塞区内外电极间电偶电流影响很大,氯离子迁出率也与外电位密切相关。
- electrochemical potential gradient 电化性电位梯度
- transmembrane potential gradient 跨膜电位梯度
- developmental potential gradient 发育(潜能)梯度
- The new comer applied his mind to the job. 新来的职员工作专心致志。