去查网 logo

airborne ir transmissometer

中文翻译机载红外透射仪

同义词释义

    1)airborne ir transmissometer,机载红外透射仪2)airborne infrared scanner,机载红外扫描仪3)airborne infrared radiometer,机载红外辐射计4)infrared transmission,红外透射5)Near-Infrared Transmission,近红外透射6)far infrared transmittance spectra(FIT),远红外透射

用法例句

    the SEM results of etched pit density (EPD) of the radiated GaAs wafer by preferential etching with KOH melt show the "W"linear profiles of lightly chromium doped GaAs crystals; The infrared transmission results of optical processing GaAs samples show that the effect of EPD on infrared transmission can be neglected if the value of.

    红外透射测量结果表明:当位错密度不太高时,位错引入的电子态的体密度低,位错的径向分布对红外透过率的影响很小;当位错密度很高时,其对红外透过率的影响不可忽视。

    Using the infrared transmission theory, which is to say that the bonding part of thesample can make the light pass, and the un-bonding part of the sample will block the light, at thesame time, the unique method of cold lamp-house is used to manufacture the instrument of testingthe wafer bonding quality in order to select the high quality one for the next technical research.

    利用红外透射原理,即根据键合晶片中键合部分可以透光而未键合部分几乎不能透光的原理,同时采用冷光源的独特方法构建了键合质量测试平台以用于初步筛选符合下一步工艺探索的高质量键合晶片。

    It was observed that, after boiling the samples in water, the infrared transmittance increased, the absorption edge was moved to the short wave direction and the absorption below the energy gap was reduced, and that the range of infrared transmission was narrowed.

    采用红外透射测量观测了氢钝化对Hg_(1-x)Cd_xTe晶片的影响,用分层模型计算了晶片透射率,分析了氢钝化增加其透射率、吸收边向短波方向移动、低于禁带宽度能量的吸收降低、透过范围减小的原因。

    Soybean Whole Kernels Analysis by Near-Infrared Transmission Technique;

    近红外透射技术分析大豆籽粒

    Measurement of Wheat Quality Traits by Near Infrared Transmittance Spectroscopy;

    红外透射光谱技术在小麦品质测试中的应用

    No Supported High Quality Diamond Film s Deposition and Infrared Transmission Characteristic;

    自支撑优质金刚石膜制备及红外透射特性研究

    Applicaton of near infrared transmittance spectroscopy to the determination of viscosity characteristic value of rice starch

    应用近红外透射光谱法测定稻米淀粉回复值

    Effect of the polished surface defects of diamond film on infrared transmission

    金刚石膜抛光表面缺陷对其红外透射率的影响

    Uses the Near-Infrared Transmission Spectrometry Wheat Zeleny Subsidence Value the Research

    利用近红外透射光谱测定小麦Zeleny沉降值的研究

    Quality control in tobacco flavor by near-infrared transmittance spectroscopy

    红外透射光谱技术用于烟用香精的品质控制

    Study on Nondestructive Measurement of Sugar Content in Navel Orange by Near-infrared Transmittance Spectroscopy

    红外透射光谱无损检测赣南脐橙糖度的研究

    Near-Infrared Transmittance Measuring for Breakdown of Rice Starch

    稻米淀粉崩解值的近红外透射光谱法测定

    Application of Near Infrared Transmittance Spectroscope (NITS) for Determination of Gel Consistency of Rice

    应用近红外透射光谱法测定稻米胶稠度研究

    Determination of Taxol in Taxol Injection Using Near Infrared Transmission Spectroscopy

    采用近红外透射光谱对紫杉醇注射液中紫杉醇含量的快速测定

    Study on the Prediction of Amylose and Protein Content in Rice Using Near Infrared Transmittance Spectroscopy;

    稻米中直链淀粉和蛋白质含量的近红外透射光谱预测研究

    Study on Instrument of Blood Glucose Measurement Based on Mid-IR Transmission Spectroscopy;

    基于中红外透射光谱法的血糖浓度测量仪器研究

    Study on Online Detection of Internal Quality in Apples Based on Near Infrared Transmission Spectrometric Techniques;

    基于近红外透射光谱技术的苹果内部品质在线检测的研究

    APPILCATION OF PARTIAL LEAST SQUARES METHOD-NEAR INFRARED TRANSMISSION SPECTROSCOPY IN MULTI-COMPONENT DETERMINATION OF THE CORTEX FRAXINIS;

    偏最小二乘-近红外透射光谱法用于秦皮中多组分测定的研究

    Rapid Determination of the Components in Ternary Blended Edible Oil Using Near Infrared Transmission Spectroscopy

    红外透射光谱法检测三组分食用调和油含量的研究

    Prediction of Five Major Chemical Components in Reconstituted Tobacco Sheet with NIR Transmission Spectroscopy

    红外透射法预测再造烟叶中的5种主要化学成分

    Application of near infrared transmittance spectroscoy(NITS)to the determination of viscosity setback of rice starch

    应用近红外透射光谱法测定稻米淀粉消减值的研究

    Classification of Pharmaceutical Tablet with Canonical Variates Analysis Method in Spectra Analysis

    红外透射光谱结合规范变量分析用于化学模式分类

全部查询工具

关于我们免责声明联系我们网站地图最近更新

免责说明:本站为非营利性网站,本站内容全部由《去查网》从互联网搜集编辑整理而成,版权归原作者所有,如有冒犯,请联系我们删除。

Copyright © 2020 - 2024 quchaw.com All rights reserved.浙ICP备20019715号