电极的

In the charge-discharge tests, for the electrode irradiated by light and charged with current simultaneously, the discharge time is about 11.4 h, much longer than that (about 8.7 h) charged only with current, indicating obvious photo-assisted chargeability of the electrode. The additional discharge capacity is contributed to the photocharge of photogenerated electrons and holes.

HSA／Cr-BIO电极在200μA电流与光照同时充电时比仅200μA电流充电后放电时间长(11.4小时vs8.7小时)，所增加的放电容量来自光生电子与空穴对储氢合金电极的充电，表明该HSA／Cr-BIO电极具有明显的光辅助充电性能。

Methods: We have respectively done correlation analysis including auto-correlation and cross correlation analysis for 10 derivation electrodes＇ and 21 derivation electrodes＇ EEG data, and acquired each derivation＇s result of auto-correlation analysis and symmetrical left with right derivation＇s result of cross-correlation analysis at different condition and event.

分别对10导联电极和21导联电极的两组脑电图数据做互相关和自相关的相关性分析，得出在不同条件、事件下脑的各导联电极的自相关分析结果和左右对称导联电极的互相关分析结果，最后得出相关性值随实验条件和事件的具体变化。

The results show that the charge efficiency and electrochemical reaction activity of MH electrodes are improved by the treatment.

结果表明MH电极表面还原处理后，提高了电极的充电效率，改善了电极表面的电化学反应活性。

Said film made electrode has good charge discharge circulation reversibility, wherein: copper diselenide film made electrode specific capacity keeping on 220 mah/g; copper selenide film made electrode specific capacity keeping on 160 mah/g; cuprous selenide film made electrode specific capacity keeping on 210 mah/g more or less.

由这三种薄膜制成的电极，都具有良好的充放电循环可逆性，其中：由二硒化铜薄膜制成的电极的比容量保持在220mAh/g左右；由硒化铜薄膜制成的电极的比容量保持在160mAh/g左右；由硒化亚铜薄膜制成的电极的比容量保持在210mAh/g左右。

Results TEE was used to help positioning the RFCA catheter's tip and evaluated possible complications in all patients, guided transseptal catheterization in 3 patients, and found transient moderate mitral regurgitation in 2 patients during RFCA.

TEE引导了全部患者消融电极的放置和位置调整；引导穿房间隔术和穿隔后的电极放置3例；发现 2例消融过程中出现中度二尖瓣反流，及时调整消融电极位置后反流消失。

Electroanalytical applications have been found for determining some biomolecules recently, but the carbon nanotubes are only regarded as a kind of modified material to some traditional electrodes, such as, casting carbon nanotubes on Pt, Au and glassy carbon electrode or intercalating carbon nanotubes on graphite electrode.

值得注意的是在这些研究中，碳纳米管仅仅当作传统电极的修饰材料，比如，将碳纳米管涂在铂、金和玻碳电极上，或者将碳纳米管嵌入石墨电极表层中。

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。

The scientific meaning of the work above is: researching the kinetics process of the gas diffusion electrode from the porous medium mechanics point of view, which can get more physical parameters effecting the electrode process and be favourable for designing high efficiency gas electrode.

上述工作的科学意义在于：从渗流的角度认识气体扩散电极的电极动力学过程，可以进一步提炼出影响电极过程的物理参数，有助于设计高效率气体电极。

Two types of sensor for glycollic acid were prepared and studied, which consist of spinach and aster indicus as the biocatalyst respectively, and an oxygen electrode as base electrode.

分别以菠菜和马兰叶为生物催化材料，将其叶浆组织与氧电极相结合，首次制成乙醇酸电极。本文研究了这两种电极的响应性能。

In order to improve the life of spot-welding electrode for zinc-coated steel, electrospark deposition processes were studied taking TiC as fusing material and CrZrCu as spot-welding electrode.

为了改善镀锌钢板点焊电极的寿命，选用铬锆铜球型点焊电极，以TiC作为熔敷材料，进行了点焊电极表面电火花沉积 TiC工艺试验。

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。