注入 pour into; empty into; inpouring; injection; infusion [拉丁語]; infunde [法國]; abouchement; influxion 將水注入容器 pour water into a vessel; 長江注入東海。 the changjiang river empties into the east china sea
Abstract : a hybrid algorithm for solving carrier transport equations ofsemiconductor device is presented in this paper 文摘:針對半導(dǎo)體器件模擬中載流子方程兩種基本算法在高注入條件下的不足,提出了一種混合算法。
We can prove theoretically and practically that the hybrid algorithm is superior to couples and de - coupled algorithms in high implantation conditions 經(jīng)過理論分析和實際計算表明:這種算法對求解高注入條件下的載流子方程是有效的。
And then , we measured x - ray diffractive spectrum of samples and investigated the crystal lattice structure of samples treated under different annealing temperature and different implantation condition comparing the diffraction peaks 然后,通過x射線衍射測量了樣品的衍射譜,通過比較不同樣品衍射峰的形狀,了解了不同退火溫度及注入條件下樣品的晶格結(jié)構(gòu)情況。
We researched fabrication at different asputtering and annealing atmosphere , the different process conduced different electrical properties . we can conclude a higher annealing temperature and higher proportion of o2 during reactive sputtering favors the improvement of electrical performances of hfo2 dielectrics ; 4 . the analysis of i - v curves of these devices displays different leakage current mechanism under different area of applied bias - voltage ; as to silc . there are different leakage current mechanism at influence of sil . c ; 5 研究表明,在優(yōu)化工藝條件下制備的hfo _ 2介質(zhì)層中,襯底注入條件下由于其較低的體和界面缺陷密度,漏電流的輸運機(jī)制主要以schottky發(fā)射為主; silc效應(yīng)導(dǎo)致hfoz / si界面缺陷態(tài)的增加,從而使得襯底注入條件下,柵泄漏電流機(jī)制不僅有schottky發(fā)射還有f一p發(fā)射機(jī)制起主要作用; 5 )初步研究了氮化的hfo : ( hroxny )柵介質(zhì)的電學(xué)特征。
At last , we observed the surface morphology and magnetism of the samples by atomic force microscopy ( afm ) and magnetic force microscopy ( mfm ) , the formation of mnga and mnas magnetic precipitates was discovered and the precipitates were affected by the conditions of implantation and annealing 最后,通過原子力顯微鏡( afm )和磁力顯微鏡( mfm )觀察了樣品的表面形貌和磁特性,發(fā)現(xiàn)了退火樣品中形成了磁性第二相mnga或mnas粒子,并且這些磁性粒子的磁特性與注入條件和退火條件有關(guān)。
The work mechanism of the novel laser is introduced , and the math expression of efficiency is given , and the lasing mode and the distribution of the optical field are simulated . it proves that for the novel laser , the inner quantum efficiency is larger than l , and at the same injecting current compared with the normal laser ; the output optical power is higher 介紹了新型隧道級聯(lián)結(jié)構(gòu)激光器的工作機(jī)理,理論推導(dǎo)了新型結(jié)構(gòu)激光器的效率數(shù)學(xué)表達(dá)式,模擬了激光器激射模式及內(nèi)部光場分布,并用實驗證明了新型結(jié)構(gòu)激光器能夠?qū)崿F(xiàn)內(nèi)量子效率大于1 ,且在不高的電流注入條件下獲得了較高的功率輸出。