reverse vt. 1.使顛倒,使倒轉,使反轉;使翻轉;翻(案)。 2.掉換,交換。 3.使成正相反的東西,完全改變。 4.【機械工程】使倒退,使繞行,使倒開。 5.【法律】撤消,推翻。 reverse an engine 倒車。 reverse a motion [policy] 使運動倒轉[完全改變政策]。 reverse an order 顛倒次序。 reverse positions 掉換位置。 R- arms! 倒槍!〔行葬禮時使槍口向地的命令〕。 a reversed line 【物理學】自蝕(光線)譜。 reverse the verdict 翻案。 reverse the charge 讓接電話的人付電話費。 reverse oneself 完全改變自己主張,使逆轉。 vi. 顛倒,倒轉,反轉,倒退;逆轉;反向;【機械工程】回動;(跳舞時)向左轉。 adj. 1.反對的,相反的,倒轉的,顛倒的;翻轉的,反面的,背后的;朝后的;反卷的;反向的,倒開的,回動的,逆流的。 2.【生物學】倒卷的,左卷的。 in the reverse direction 朝著相反的方向。 in reverse order 次序顛倒地。 n. 1.反對,相反。 2.(硬幣等的)反面,背面 (opp. obverse)。 3.倒轉,顛倒;反向;【機械工程】回動;回動裝置[齒輪]。 4.(槍等的)托尾。 5.逆境,倒霉,不幸,挫折,失敗。 6.【劍術】倒擊,倒刺。 7.【跳舞】左轉。 the very reverse 正相反。 the reverses of fortune 運氣不佳;災難,不幸。 With others the reverse (of this) happens. 其他各人遭遇完全相反。 in reverse 相反;【軍事】在陣后,在[從]背面。 meet with reverses 遭受挫折;倒霉;失敗;吃敗仗。 on the reverse (汽車)倒開著。 quite the reverse 正相反。 suffer [sustain, have] a reverse 遭受失敗;被打敗,吃敗仗。 take in reverse 從背面攻擊。 adj. -d 顛倒的;撤銷了的。 adv. =reversely 顛倒地,翻轉地,反對地,(和這)相反地,在另一方面。
Cavity-gettering was studied by comparing varies of reversed leakage-current jr of above two kinds of diodes before and after thermal process 并與相同工藝條件下單面拋光二極管的實驗結果比較。本實驗分兩個階段進行。
Furthermore, it shows that the fractional increament of reverse leakage current, due to its large variation, is a preferable parameter to represent the degree of degradation 再者,因為反向漏電流的增加率變化較大,所以是表達劣化過程比較適合的參數。
We analyzed the mechanism of the reverse leakage current for ni-salicide shallow junction and studied the effect of the different process condition on the reverse leakage current 分析了ni-salicide淺結反向漏電流產生的機理,研究了不同的工藝條件對淺結反向漏電流的影響。
We analyzed the mechanism of the reverse leakage current for ni-salicide shallow junction and studied the effect of the different process condition on the reverse leakage current 分析了ni-salicide淺結反向漏電流產生的機理,研究了不同的工藝條件對淺結反向漏電流的影響。
The sample with low emitter efficiency has completed as the method of above . this lead to the greatly decrease of the reverse recovery time and the low reverse leakage and forward voltage, especially the excellent temperature character of the leakage . the test date shows that the samples reach the first class of international level 本論文作者通過仿真測試,驗證了課題研究的理論設想,并設計制作了具有低陽極發射效率結構的高壓功率frd,利用局域鉑摻雜和電子輻照相結合的壽命控制方式,實現器件反向恢復時間的極大減小,并且反向漏電流、軟度因子、正向壓降等關鍵參數也較理想,且具有極佳的漏電溫度特性,達到器件綜合性能的優良折衷,達到國際先進水平。
Unfortunately, though the lifetime control technology reduces the stored charge, it increases the forward voltage drop ( vr ) and the reverse leakage current ( i, ) . therefore, si pin diode cannot realize a good trade-off in qs-vf-i,-. the appearance of sige material and sige / si hetero-junction technology has changed this situation 但少子壽命控制技術在減少存貯電賀q_s的同時,也增大了正向通態壓降v_f,和反向漏電流i_r,因此很難實現qs-v_f-i_r三者良好的折衷關系。