久久综合给合久久狠狠狠97色 ,丁香激情综合久久伊人久久

TranslationMobile

陽(yáng)極棚
陽(yáng)極柵

"anode" in Chinese : n. 【電學(xué)】陽(yáng)極，正極，板極。 anodic adj ...
"grid" in Chinese : n. 1.格子，格柵。 2.(蓄電池的)鉛板。 3.【無(wú) ...
"anode grid capacity" in Chinese : 陽(yáng)極柵極電容
"anode-screening grid" in Chinese : 陽(yáng)極屏柵
"grid anode capacitance" in Chinese : 柵極
"grid-anode capacitance" in Chinese : 柵極板極電容
"grid-anode characteristic" in Chinese : 陽(yáng)柵特性
"grid-anode ignition potential" in Chinese : 柵極陽(yáng)極著火電位
"grid-to-anode capacity" in Chinese : 柵極到陽(yáng)極間電容
"tuned grid tuned anode oscillator" in Chinese : 調(diào)柵調(diào)陽(yáng)振蕩器
"tuned-anode tuned-grid oscillator" in Chinese : 調(diào)柵調(diào)陽(yáng)振蕩器
"tuned-grid tuned-anode oscillator" in Chinese : 調(diào)柵調(diào)陽(yáng)振蕩器
"tuned-grid-tuned anode oscillator" in Chinese : 調(diào)柵調(diào)陽(yáng)極振蕩器
"anode" in Chinese : n. 【電學(xué)】陽(yáng)極，正極，板極。 anodic adj.
"grid" in Chinese : n. 1.格子，格柵。 2.(蓄電池的)鉛板。 3.【無(wú)線電】柵級(jí)。 4.鐵 ...

Examples

In the experiment we try to find out some ways to improve the performance of the positive pole through the study of positive active material and anode grid
在實(shí)驗(yàn)中我們力圖想通過(guò)添加劑的研究和板柵的研究找出提高正極性能的辦法。
We have done a serial of experiments to study the pam and anode grid with the aids of the measurement such as constant current charge / recharge , cyclic voltammetric measure ments , electric impedance spectrum and so on
我們通過(guò)恒電流充放電、交流阻抗和循環(huán)伏安等實(shí)驗(yàn)方法和測(cè)試手段對(duì)鉛酸電池的正極活性物質(zhì)和板柵進(jìn)行了一系列的研究。
We have made three - dimension electric conduct grid by hand and we have successfully used it as anode grid in lead - acid battery . this kind of three - dimension electric conduct grid can improve the utilization of pam by 7 - 9 % in different discharge current density and can reduce the plate electrochemical impedance to one tenth of the normal plate . also this kind of grid can improve the marginal reaction current density in a certain degree
我們通過(guò)手工制作了三維導(dǎo)電體板柵，并成功的應(yīng)用于電池的正極作為正極的板柵，這種三維導(dǎo)電體板柵能夠在各種不同的放電電流密度下提高正極活性物質(zhì)利用率7 9 ，能夠使電池正極板的電化學(xué)阻抗降低到普通板柵的1 10左右，使正極板的極哈爾濱j _程大學(xué)碩十學(xué)位論文限反應(yīng)電流密度略有所提高，但是這種板柵的耐腐蝕性能很不理想，使得所制作電池的壽命很短。
Because of the limitation of experimental conditions we failed to form foam lead grid in the experiment . copper draw net is used as anode grid and it can improve to some extent the utilization of pam . due to human errors in the experiment we have not used the same discharge current density
在實(shí)驗(yàn)中我們?cè)噲D通過(guò)鑄造法、電鍍法和還原法等一系列的實(shí)驗(yàn)辦法制作泡沫鉛板柵，由于實(shí)驗(yàn)條件的限制，沒(méi)能夠成功制得泡沫鉛，而在使用銅拉網(wǎng)作為正極板柵的時(shí)候，能夠使電池的正極活性物質(zhì)利用率有提高，但由于實(shí)驗(yàn)時(shí)候的失誤，沒(méi)能夠使用相同的放電電流密度進(jìn)行放電，我們無(wú)法利用實(shí)驗(yàn)數(shù)據(jù)比較出具體能提高的數(shù)字。