1)reverse black-and-white technique反色技术
英文短句/例句
1.Full-field Digital Mammography Reverse Color Technique on Diagnosis of Disease in Heart Shadow全数字化摄影反色技术对小儿心影后结构的显示价值
2.Study on Key Technology of Green Reverse Osmosis Scale Inhibitor;反渗透阻垢剂绿色化关键性技术研究
3.Green Technology Innovation and the Administrative Management of Green Technology Innovation;绿色技术创新及其政府管理——技术时代的反思与构想
4.The chloridization time is optimized with high performance liquid chromatography.应用高效液相色谱技术优化了酰氯化反应时间.
5.Research on Color-based Image Retrieval and Relevance Feedback System;基于颜色特征的图像检索及相关反馈技术研究
6.The Identification of Mycobacterium Species by Reversed Phase High-Performance Liquid Chromatography Analysis of Mycolic Acid;分枝杆菌分枝菌酸的反相高效液相色谱分型鉴定技术方法研究
7.Experimental research on monitoring the acute rejection of orthotopic liver transplantation by Color Doppler Flow Imaging in rats彩色多普勒技术对肝移植大鼠急性排斥反应监测的研究
8.Purification of Deer Placenta Peptide by Reversed-phase High Performance Liquid Chromatography利用反相液相色谱技术纯化梅花鹿胎盘肽的条件研究
9.The Application and Prospect of Controlling Techniques of Tobacco Browning Reaction棕色化反应调控技术在烟草中的应用现状及展望
10.Exploring a Way with Chinese Features to Integrate Information Technology and Curriculum--The Reflection of Information Technology and Curriculum Integration探索中国特色的“信息技术与课程整合”之路——“信息技术与课程整合”之反思
11.Apply the Reverse Micelle of Modeling Nano-microenvironment to Study Protein Structure and Dynamics of Reaction Combined with Circular Dichroism利用模拟纳米微环境的反胶束法结合圆二色技术研究蛋白质的结构和反应动力学
12.feedback control technology of electric drive system电力拖动反馈控制技术
13.coating technology of new type reflective and ornamental surface新型反光装饰镀膜技术
14.fast response sprinkler technology快速反应喷水器技术
15.Study on ATM Technology and the Inverse Multiplexing Technology (IMA);ATM技术及其反向技术(IMA)研究
16.the technical difficulties of colour printing彩色印刷的技术难题
17.gas chromatography-infrared technique气相色谱-红外技术
18.plasma display colour techniques等离子体显示彩色技术
相关短句/例句
time resolved reaction chromatography technique时间分辨反应色谱技术
1.A new dynamic experimental technique, the time resolved reaction chromatography technique (TRRCT), has been developed to obtain the elution curves of time-concentration for the reactants after passing the reaction column.建立了时间分辨反应色谱技术,直接获得反应物通过色谱柱型反应器的时间-浓度应答曲线。
3)green technology绿色技术
1.Study on Externalities and Compensation in the Development of Green Technology;绿色技术发展的外部经济性及其补偿研究
2.Research on functional Sources of Green Technology Innovation;绿色技术创新功能源研究
3.Countermeasures for the rise and development of green technology innovation;绿色技术创新的兴起及发展对策
4)chromatography[英][,kr?um?'t?gr?fi][美][,krom?'tɑgr?f?]色谱技术
1.These discussed techniques are spectroscopy(NIR,MIR,Raman,NMR,Stable isotope,Fluorescent),chromatography(GS,HPLC),electronic nose and biotechnological methods(DNA-based techniques and enzyme-linked immunosorbent assay).综述了近年来光谱技术(近红外、中红外、拉曼光谱、核磁共振光谱、稳定同位素和荧光光谱)、色谱技术(气相和高效液相)、电子鼻、生物技术(DNA技术和酶联免疫)等现代技术在食品真伪和产地鉴别中的应用。
2.6 compounds were isolated by various chromatography,silica gel column,reverse phase column(RP-18),Sephadex LH-20,MPLC,semi-pre HPLC and identified by 1D,2D NMR,MS(ESI,HR),IR,UV.利用色谱技术进行分离纯化,通过理化方法及光谱分析鉴定其化学结构。
5)chromatography technology色谱技术
1.Application of chromatography technology in clinical pharmacology;色谱技术在临床药理学中的应用
2.This essay briefly introduces the historical development of chromatography technology and gives a review of several common,even the recently emerged chromatography technology;it also elaborates the developing trend of the chromatography technology with different characters.简要介绍了色谱技术的历史发展,对几种常见的色谱技术和近期发展起来的一些新型色谱技术的研究进展及应用进行了综述,阐述了不同特性色谱技术的发展方向。
6)coloring technology着色技术
1.Research progress on coloring technology on aluminium and its alloys;铝及其合金着色技术的研究进展
2.Recent advances in coloring technology of aluminum and its alloy were reviewed systemically.较系统地评述了近年来铝及铝合金材料在表面着色方面的研究进展 ,主要介绍了国内外广泛应用的交流电解着色技术 (简称电解着色法 )。
延伸阅读
高分辨液相色谱法分子式:CAS号:性质:又称高压液相色谱法(high pressure LC),高分辨液相色谱法(high resolution LC),高速液相色谱法(high speed LC),现代液相色谱法(modern LC)。以高压下的液体为流动相的液相柱色谱法。在经典的液相柱色谱法的基础上,采用了高压输液泵、高效固定相和高灵敏度的检测器。由高压输液泵、进样系统、色谱柱、温度控制系统、检测器、数据记录与处理系统、馏分收集器等设备组成。具有分析速度快、分离效率高、检出极限低、操作自动化和应用范围广的特点。对氨基酸、蛋白质、生物碱、核酸、甾体、维生素及其他合成药等进行分离分析。
