anode ['ænəud]

anode的基本解释

n.

阳极

与anode相关的网络例句 [注：此内容来源于网络，仅供参考]

By comparing properties with graphite-anode,high silicon cast iron anode,lead-silver anode,platinized anode and mixed metal oxide anode,we considered that the mixed metal oxide anode is the most ideal and advanced auxiliary anode material.

目前，外加电流阴极保护技术已广泛应用于地下储罐、钢筋混凝土、船舶、桥梁、化工设备等许多结构的防腐。2阴极保护用阳极的比较和分析2.1牺牲阳极牺牲阳极保护法是指在腐蚀

The electrolyte volatilizes and condenses in the aperture in anode, then partly hydrolyzes and dewater, then the stress are produced by expansion in this process. The expansion stress is the dominant cause of the graphite anode damage, and the oxidation of the active graphite particles on the anode surface is subsidiary for the anode damage. The measures of prolonging the anode service life are to enhance the quality of the anode such as increasing the forming pressure in the preparation and surface treatment before application.

认为石墨阳极的破损主要是由于石墨阳极中有比较多的孔隙，其中挥发进入石墨阳极表面孔隙的电解质吸水水解、脱水等过程发生膨胀，使周围的石墨颗粒应力不平衡而发生破损；其次是由于石墨阳极孔隙中活性高的石墨颗粒氧化。

The anode structure of CI-LIGBT is optimized by numerical simulation, and it is pointed out that segmented p〓 anode region surrounded by n〓 anode region is the key to improve the ability of current limiting, and the more deeper the n〓 anode junction relative to the p〓 anode junction, the more powerful the ability of current limiting is. The affection of the breakdown voltage BV〓 of the reverse biased p〓n〓 junction and the sample resistance upon the latching current, the latching voltage and the on-state voltage have been studied, and it is indicated that the tradeoff between the on-state voltage and the latching characteristics is the excellentest when BV〓 is 1. 1V so that its on-state voltage can be just only 0.6V higher than conventional LIGBT. It is also found that this device is especially suit to high temperature environment. Based on X. B. Chen's surface voltage sustaining structure using optimized variational lateral doping and Ludikhuize's multiple floating rings structure, high voltage LIGBT and is studied in this paper.

通过数值模拟，优化了CI-LIGBT的阳极区结构，指出采用被n〓阳极区包围的单元状p〓阳极区是提高该器件限流能力的关键，而n〓阳极区结深相对p〓阳极区结深越大，器件的限流能力越强；分析了反偏p〓n〓结击穿电压BV〓和取样电阻对器件闩锁电压、闩锁电流和导通压降的影响，得出BV〓在1.1V时器件导通压降和抗闩锁能力间的折衷关系最优，其导通压降仅比普通LIGBT高0.6V；分析了温度对LIGBT闩锁性能的影响，表明CI-LIGBT即使在450K的高温下也不会闩锁，尤其适用于高温工作环境。

与anode相关的网络解释 [注：此内容来源于网络，仅供参考]

anode：阳极

同意休厄尔(W.Whewell)的建议,采用"阳极"(anode)、"阴极"(Catnode)、"离子"(ion)的术语. 5月,法拉第又采纳休厄尔的建议,定名"正离子"(anion)和"负离子"(Canon). 1835年皮尔(Robert Peer)爵士决定赠给法拉第15万英镑,

anode：正极

图8是1/8矩阵(matrix)驱动技术的动作原理,图中的A1,2----8为正极(anode),C1,2----8为负极(cathode),每个正极透过8 x 8矩阵多层导线,连接至各自间隔8dot的8个LED,负极则连接至已经接线的8dot LED.

anode：阳极,正极

annealing 退火,韌化 | anode 陽極,正極 | anomalous expansion 反常膨脹

anode：正极;阳极

正视图 elevation; front elevation | 正极;阳极 anode | 正齿轮 spur gear

anode effect：阳极效应

另一方面,实际的生成量则是理论生成量的88~96%左右(这个值称为电流效率),而电流效率达不到100%的原因之一是铝电解炉的特有现象-阳极效应(Anode Effect)所致.