Microluidics system is the key part in the lab - on - a - chip , which has important application in the booming micro total analysis system . it uses microchannels as transporting the sample , which saves time and reduce the material waste , lowered environment pollution 微流控系统作为芯片实验室中的一个关键组成部分在目前蓬勃发展的微全分析系统中有着及其重要的应用,其采用微通道结构进行样品的输送,节省了时间、减少材料浪费、降低了环境污染。
Electric - control biochip based on linear - arrayed electrode ( leec biochip ) , as one kind of jitas ( micro total analysis systems ) , can control electrically microfluid and biochemical molecules and , is a integrative platform for biochemical analysis , which is integrated multiple functions such as injection , separation , detection and automatic operation etc . anew method of electric - control for operating microfluid and biochemical molecules accurately has been represented in many recent scientific researches . arrayed electrodes integrated on microchip , as a good method to generate electric field , have been used widely 基于线性阵列电极的电控生物芯片( electric - controlbiochipbasedonlinear - arrayedelectrode , leecbiochip )属于微全分析系统的一种,可对多种微流体及生物分子电控操作,是一种集进样、分离、检测、智能操控等功能于一体的生化分析平台,具有微型化、集成化、便携化及操作自动化的特点。
It ' s rather important significance of developing the emulsification mechanism disquisition of crude oil emulsification affecting to improve crude oil recovery ratio . the development and application of picture and character data - base solve the questions that it ' s great for the storing , biological stratum research information , that it ' s hard to keep datums , and that it ' s slowly for the inquiring about speed 解决了微观大孔隙不能全分析及微观全貌不能直观展示的问题;为确定乳化液类型、乳化液粒径分布、乳化液的稳定性等提供了定量指标,这对开展原油乳化机理研究,进而探讨原油乳化时机对提高采收率的影响具有十分重要的意义。
With the development of miniaturized total chemical analysis system ( lab on the chip ) , capillary electrophoresis chip has grown up step by step . the miniature and the intelligentization of the signal sampling and processing system for the electrophoresis chip has become the key of the miniature and the use of the whole system 随着微型全分析系统(芯片实验室)的发展,毛细管电泳芯片的逐渐成熟和完善,毛细管电泳芯片的信号采集与处理系统的微型化、智能化是实现该系统微小型化和尽快实用化的关键。
With advantages of high efficiency , real time , low volume and automation , capillary electrophoresis separation techniques have been widely used in industrial analysis , biomedicine , molecule biology etc . with the pretence of lab on the chip and the development of micro total analysis system , electrophoresis chip , capillary electrophoresis technology on a chip , became the research hot of micro electromechanical system 毛细管电泳分离技术以其高效、快速、微量、易自动化等优点在生命科学、医学药物、环境保护等领域得到了极其广泛的应用。随着“芯片上的实验室”思想的提出和微型全分析系统的发展,使得电泳芯片?在芯片上进行电泳分离的技术成为了当今国内外的重要研究热点。
全: complete分析: analyse安全分析: safety analysis; security analysis化学全分析: bulk chemical analysis; full chemical analysis气体全分析: complete gas analysis全分析集: full analysis set水的全分析: complete water analysis; completewateranalysis水质全分析: complete examination of water quality完全分析: complete analysis; perfect analysis; thorough analysis安全分析报告: psar; sar安全分析技术: safety analysis technique安全分析专家: ciw security analyst工作安全分析: job safety analysis微全分析系统: micro total analysis system系统安全分析: system safety analysis安全分析家协会: society of security analysis; ss初步安全分析报告: preliminary safety analysis report路侧安全分析程序: roadside safety analysis program (rsap)-engineer manual微基安全分析器: microsoft baseline security analyzer危险工程安全分析: hazard-based safety engineering analysis终期安全分析报告: fsar最终安全分析报告: final safety analysis report全分: a whole亚洲安全分析者理事会: asac; asian council of securities analysts全分解: total decomposition