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TranslationMobile

橢率測量術(shù)
橢圓對稱法
橢圓對源
橢圓光度法
橢圓計(jì)測量
橢圓率測量術(shù)
橢圓偏光法
橢圓偏振計(jì)測量

"depolarizer ellipsometry" in Chinese : 消偏振鏡橢圓率測量術(shù)
"heterodyning ellipsometry" in Chinese : 外差橢圓偏振測量術(shù)
"ir modulated ellipsometry" in Chinese : 紅外調(diào)制橢圓測量術(shù)
"ellipsopantomograph" in Chinese : 橢圓軌道曲面體層攝影儀
"ellipsometric analysis" in Chinese : 橢圓分析
"ellipsopantomography" in Chinese : 橢圓軌道曲面體層攝影術(shù)
"ellipsometers" in Chinese : 橢圓計(jì)
"ellipsoplacolithus" in Chinese : 橢圓盤石
"ellipsometern" in Chinese : 橢圓計(jì)
"ellipsostylus" in Chinese : 橢圓柱蟲屬
"ellipsometer oxide thickness measurement" in Chinese : 氧化物厚度的橢圓計(jì)測量
"ellipsotremata" in Chinese : 卵孔類海百合
"ellipsometer" in Chinese : 偏振光橢圓計(jì); 偏振光橢圓率測量儀; 橢率計(jì); 橢圓率計(jì); 橢圓偏振計(jì)

Examples

Study on heterodyne transmission ellipsometry and nonlinearity error
透射式外差橢偏測量及非線性誤差分析
Measurement of the electric - optic index of thin films by using modulated ellipsometry
利用調(diào)制式橢偏儀測量薄膜電光系數(shù)
Spectroscopic ellipsometry of sic si heterostructures formed by c implantation into crystalline silicon
異質(zhì)結(jié)構(gòu)的橢偏光譜
Ellipsometry that is applied to lots of fields such as physics . chemistry . hylology
鑒于當(dāng)前對該課題研究的不足，本論文對該課題進(jìn)行了研究。
Vfsa application in ellipsometry data computing and the improvement tactics of the algorithm
非?？焖倌M退火算法在橢偏數(shù)據(jù)處理中的應(yīng)用及其改進(jìn)策略研究
Azimuth , in ellipsometry - the angle measured between the plane of incidence and the major axis of the ellipse
橢圓方位角-測量入射面和主晶軸之間的角度。
Azimuth , in ellipsometry - the angle measured between the plane of incidence and the major axis of the ellipse
橢圓方位角-測主和面射入量晶軸之間的角度。
The deposited cu - mgf2 cermet films were analyzed by xrd , ed , tem , ir , uv , ellipsometry and temperature - varied four - wire technique
用ir 、 uv及橢圓偏振光譜技術(shù)測量分析樣品從紅外-近紫外波段的透射、吸收及反射光譜特性。
To this end , we have performed in situ ellipsometry measurements while etching through homogeneous , comparatively thick sige films of a known ge content
為此，我們實(shí)施了對于刻蝕均勻的比較厚的已知鍺濃度的鍺硅薄膜的同步橢偏測量。
Since ellipsometry is not sensitive to emission or absorption of light by the plasma , it is one of the few surface techniques that is compatible with a plasma environment
因?yàn)闄E偏儀對等離子的光的發(fā)射和吸收不敏感，它是少數(shù)幾種與等離子環(huán)境相兼容的表面技術(shù)之一。