1)athermalization消热差
1.Design of athermalization for dual-band infrared optical system based on harmanic diffraction;基于谐衍射特性的双波段红外系统消热差设计
英文短句/例句
1.Athermal Design for Visible Optical System on Aerial CCD Camera航空CCD相机可见光光学系统消热差设计
2.An Athermal Design of Infrared Hybrid Diffractive/Refractive Optical System in 3.7~4.8 μm红外3.7~4.8μm波段折射/衍射光学系统的消热差设计
3.quantitative differential thermal analyzer定量差热(分析)仪
4.a thermoelectric(al) current温差电流, 热电流
5.heat-flux differential scanning calorimeter热流型差示扫描量热仪
6.heat flux differential scanning calorimetry热流型差示扫描量热法
7.APPLYING SUPPRESSION SUBTRACTIVE HYBRIDIZATION TECHNIQUE TO INVESTIGATE GENE DIF FERENTIAL EXPRESSION PROFILES IN RATS LIVER DURING THE COURSE OF HEAT STRESS应用抑制性消减杂交技术研究大鼠肝脏热应激过程中基因的差异表达
8.Identification of Differently Expressed Genes in Monocyte of Heat Adaptation Rabbits Using Suppression Subtractive Hybridization;应用抑制性消减杂交技术研究兔外周血单核细胞热适应相关基因的差异表达
9.Construction of Subtractive cDNA Library Related to Heat Adaptation and Isolation、Evaluation、Sequence Analysis of Differential Expressed Genes;大鼠热适应相关基因消减文库的构建和差异表达基因的分离、鉴定及序列分析
10.rapid TG-DTA unit快速加热差示热分析仪/热天平
11.Deletion Certificate取消差饷估价证明书
12.virtual PPI reflectoscope消视差平面位置显示器
13.aplanat [aplanatic] lens消球差透镜,齐明透镜
14.symmetrical (achromat)lens对称式(消色差)透镜
15.material usage price variance原材料消费价格差异
16.loss of structural differentiation within a cell or group of cells often with increased capacity for multiplication, as in a malignant tumor.细胞内结构差别消失。
17.Level out the differences between the rich and the poor消除贫富之间的差距
18.Reagent of fireworks and firecrackers--Thermal compatibility test--Method of DTA and DSCGB/T15814.3-1995烟花爆竹药剂热相容性试验差热分析或差示扫描热量热法
相关短句/例句
Athermalization design消热差设计
3)Athermal design消热差设计
1.The thermal property of diffractive optical elements was analyzed, and achromatic design and athermal design were separately carried through in the optical system design, p.通过分析衍射光学元件的温度特性,采取使用衍射光学元件先消色差再消热差的方法,完成了可见光波段遥感物镜的消热差设计。
4)differential thermal差热
5)Differential thermal analysis差热
6)TG差热
1.The results indicate that the DTA-TG curves and microstructures of the four kinds of polysaccaride substances differ greatly, which is an important reference for the identification and further structural study of these polysaccarides.利用热分析技术分别对薏米、玉米、木薯及淮山多糖进行了热重和差热分析,对它们的外貌形态进行了扫描电子显微镜研究,结果表明:这4种多糖物质的热谱及外貌均有显著的差异。
延伸阅读
消差1.完成差事后把结果报告给主管人。
