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- Carbon nanotubes (CNTs) films electrodes were fabricated by low pressure and low temperature thermal chemical vapor deposition (CVD) for capacitive deionization (CDI) application. 摘要采用低压化学气相沉积方法制备碳纳米管薄膜电极,研究碳纳米管薄膜的电容去离子行为。
- The adsorption of NaF on CDD shows that the performance of capacitive deionization of the obtained electrode materials,is excellent and the electrode can be regenerated and reused. NaF溶液的吸附实验结果表明:该电极材料的去离子效果明显、且可再生和重复使用。
- Carbon nanotube films grown on nickel sheet by CVD method were directly used for the electrode materials of capacitive deionization device(CDD). The surface structures of carbon nanotube films were characterized by FESEM,TEM and BET. 采用低压CVD法制备得到的金属镍基碳纳米管薄膜直接作为电容去离子器(CDD)的电极材料,并对碳纳米管薄膜进行了扫描电镜观察和比表面与孔径分析,探讨了该电极材料的电容吸附性能。
- Capacitive Deionization with Carbon Nanotubes Film Electrodes 碳纳米管薄膜电极电容去离子研究
- Keywords carbon aerogels;seawater desalination;capacitive deionization; 碳气凝胶;海水淡化;电容性去离子;
- Application of Activited Carbon Fibers Electrodes to Capacitive Deionization of NaCl Solutions 活性炭纤维电极用于NaCl溶液电容性除盐
- Keywords electrical double layer;capacitive deionization;charge concentration;desalination; 双电层;电容去离子;充电富集;脱盐;
- Keywords activated carbon fibers;capacitive deionization;carbon electrode;electrical double-layer;adsorption; 电容去离子技术;活性炭纤维;炭电极;双电层;吸附;
- Keywords carbon aerogel;electrochemical performance;electrodes;capacitive deionization; 碳气凝胶;电化学特性;电极;电除盐;
- Keywords capacitive deionization;electrode materials;activited carbon fiber;adsorption; 电容去离子;电极材料;活性炭纤维;吸附;
- Keywords capacitive deionization;capacitive adsorption for deionization;electrostatic water purifier;activated carbon fiber electrode;double electric layer; 电容去离子;电容吸附去离子;静电水净化器;活性炭纤维电极;双电层;
- capacitive deionization 电容去离子
- The capacitive effects are negligible. 电容的影响可以忽略不计。
- Support Optical or Capacitive Fingerprint sensor. 支持光学或电容的指纹传感器.
- Opamps will often oscillate when driving capacitive loads. 放大器驱动容性负载时经常振荡。
- Figure 5.15 shows a method using capacitive coupling. 图5.;15所示为一种电容偶合方式。
- The official reasoning for no capacitive touchscreen support is puzzling. 官方对不支持电容屏所做的解释令人费解。
- The reduction in deionization time results from lower short-circuit currents, shorter fault duration, and gradual restoration of voltage to the line. 这种去游离时间的降低则要求小的短路电流、短的故障持续时间,以及线路电压缓慢的恢复。
- A pair of capacitive rings attached to the respective pole piece is used to detect movement of the coil. 两个分别附在各自极靴上的电容环被用来探测线圈的运动。
- Technical and econo mic comparing between the deionization techniques is carried out. 介绍了全膜处理除盐法的发展与技术要点,并进行技术经济比较;