实验室技术

Through the utilization of advanced computer technology, multimedia technologies, simulation technique, profited from the design concept of the Simens TIA, with the aid of Tomcat, Microsoft SQL Server, WinCC Web Navigator, SIMIT, this system achieved the crasis of the industrial ethernet directed net and information network, constructed a distance laboratory with remote control, monitoring, management as one, and used the JSP technical to complete the distance laboratory website.

该系统运用了先进的计算机技术、多媒体技术、仿真技术，借鉴西门子全集成自动化的设计思想，通过使用Tomcat软件、Microsoft SQL Server软件、西门子WinCC Web Navigator软件、SIMIT仿真软件等，实现了工业以太网控制网络与信息网络的融合，构建了一个集远程控制与监控为一体的远程实验室，并使用JSP技术设计完成远程实验室网站，实现了实验室信息的共享。

This article introduced the significance of a virtual and networked teaching laboratory for electrotechnics, pointed out the necessary trend of development of laboratory construction and experimental technology research.

阐述了电类基础教学实验室实现虚拟化和网络化的意义，指出实验室建设与实验技术研究的必然趋势，并以北京工业大学电工电子实验室的建设计划专项为例，给出实现上述目标的具体方案。

Laboratory Information Management System is one kind of newly rising technology with the development of mutual infiltration and cross-link of computer technology, management science and analytical chemistry; and is the system involving computer software and hardware, which roundly manages the lab with network technology, data memory and rapid data processing technology.

实验室信息管理系统(Laboratory Information Management System，缩写为LIMS)是计算机技术、管理科学与分析化学学科相互渗透、交叉结合而发展起来的新兴科学技术；是利用计算机网络技术、数据存储技术、快速数据处理技术来对实验室进行全方位管理的计算机软、硬件系统。

Based on the research and analysis of the management mode and characteristic of Jiaying university laboratory, in order to get better retractility and applicability, the paper develops the laboratory MIS using object-oriented technique and modularizing design method, based on the three-tier architecture with COM+ Windows DNA, and combining the B/S mode with the C/S mode of Windows.

本论文在调研和分析嘉应学院实验室管理模式的基础上，针对实验室管理的特点，采用面向对象技术和模块化设计方法，应用先进的基于COM+的Windows DNA三层设计思想和软件工程方法，在局域网上实现WEB访问的B／S模式和WINDOWS界面的C／S模式相结合的三层分布式的实验室管理信息系统，解决目前实验室管理软件缺乏应有的伸缩性和互通性问题。

Key contributors to research and development of microwave radar device and circuit technology were Bell Telephone Laboratories (see microwave tube stories in this issue.), M.I.T. Radiation Laboratory, Naval Research Laboratory, Sperry (see the story on Russ and Sig Varian and Bill Hansen in this issue.), Army's Signal Corps Laboratory at Fort Monmouth, and a host of industrial equipment makers.

研究和发展微波雷达设备与线路的突出贡献者属于贝尔电话实验室（请参阅本文关于微波管的章节），MIT电子实验室，NPL，Sperry（请参阅本文关于Russ 和 Sig Varian 以及 Bill Hansen的章节），在蒙默思堡的陆军信号兵团实验室，还有工业技术设备的制。

It has an advantage of simple operation,testing quickly,high sensitivity and specificity.It is a revolutional progress for laboratory diagnosis.

蛋白指纹图谱技术是近5年发展起来的实验室诊断新技术，它具有操作较简便、多样本检测、检测快速、灵敏性和特异性高等优点，是实验室诊断技术革命性的进展。

CONCLUSI ON :Theformulationinthe studyforthefirsttime combinedfourtypes of additivesincludingionic surfactant,non-ionic emul-sifier(Pluronic F-68 and Tween-80),andlecithinto obtainfavorably stable nanosuspension,which could stabilize for more thansix months without creaming.

华中科技大学材料学院模具技术国家重点实验室；华中科技大学材料学院模具技术国家重点实验室；中国药科大学药学院武汉430074；中国药科大学药学院；南京210009；武汉430074；南京210009

According to the characteristics of the fuse industry and the research condition, We applied ZPrinter310 system to produce the fuze prototypes and used these prototypes to help design in the project argumentation phase, got the final project;Then we applied AFS-320 rapid prototyping system to produce the noumenon, analyzed the noumenon's precision、surface quality and performance of material mechanics in detail,based on these analytic results,we considered to use the noumenon in the fuze local performance test and some laboratory experimentations;At last we discussed how to combine the rapid tooling and precision foundry to produce batch of samples, we can apply these samples in the fuze system and ball cartridge experimentation.

本论文将快速成型技术贯穿在引信研制周期中的各个阶段，根据引信研制的特点及现有的研究条件，应用基于3DP工艺的ZPrinter310系统制造出了引信零件原型，并将原型应用于方案设计论证阶段辅助引信设计，得出了零件的最终设计方案；应用基于SLS工艺的AFS-320快速成型系统制造出了引信本体，对本体的尺寸精度、表面质量及材料的力学性能作了详细的分析，根据综合分析结果，考虑将本体直接应用于引信研制阶段的局部性能试验及部分实验室试验中；最后还论述了如何结合快速模具及精密铸造技术小批量制造引信零件应用于引信研制阶段的实验室试验及实弹试验中。

The bench-scale equipment of numerical control simulates, the high-performance number electricity mold electricity bench-scale equipment, PLC programs laboratory bench, air operated PLC controls laboratory bench, the microcomputer control central air conditioning laboratory bench, the sensor engineering laboratory equipment; Automobile teaching equipment: PASSAT entire vehicle model, program control showing board, military cross-country vehicle teaching aid series, automobile driving analogous system; multimedia electricity-teaching room, multimedia language sound chamber, entire digital language sound chamber, language study system, teaching VCD series; machinery exhibition cabinet series, hydraulic transmission demonstration, electrical machinery electricity laboratory, project charting laboratory; the electrical machinery controls the laboratory bench, the electron bench-scale equipment, the electrician bench-scale equipment, counts the electricity, the mold electricity laboratory, the micro electricity connection laboratory, the electric power drives laboratory, the microcomputer test installation; central air-conditioning test installation, refrigeration system hot test installation, electrical appliances synthesis test installation; teaching wall map series, teaching blackboard series; The finance and accounting simulates laboratory, simulates the bank laboratory; medicine teaching model; transparent elevator laboratory bench, transparent electrical machinery model, transparent lathe engine bed; universities specialized laboratory bench, physics bench-scale equipment, chemical laboratory equipment, biology bench-scale equipment, middle school necessary instrument.....

数控模拟实验室设备，高性能数电模电实验室设备，PLC编程实验台、气动PLC控制实验台，微机控制中央空调实验台，传感器技术实验室设备；汽车教学设备：帕萨特整车模型、程控示教板，军用越野汽车教具系列，汽车驾驶模拟系统；多媒体电教室，多媒体语音室，全数字语音室，语言学习系统，教学VCD系列；机械陈列柜系列，液压传动演示台，电机电气实验室，工程制图实验室；电机控制实验台，电子实验室设备，电工实验室设备，数电、模电实验室，微电接口实验室，电力拖动实验室，微机实验设备；中央空调实验设备，制冷制热实验设备，家电综合实验设备；教学挂图系列，教学黑板系列；财会模拟实验室，模拟银行实验室；医学教学模型；透明电梯实验台，透明电机模型，透明车床机床；高校专业实验台，物理实验室设备，化学实验室设备，生物实验室设备，中学配套仪器。。。。。

How to centrally control these ECUs in an effective, orderly, safe and convenient way and how to synthetically use their information have already become theoretical and applied problems that must be solved urgently in the course of applying electronic technologies to cars and development of the car's technologi...

本文以多个项目为支撑，特别是在法国洛林国家信息及其应用研究实验室(LORIA：Laboratoire Lorrain de Recherche en Informatique et ses Applications)实验室的技术支持下，针对轿车电子控制系统存在的问题，立足于提高轿车整体性能，基于将轿车中各种独立的功能系统关联信息集中传递和控制的思路，采用当前先进的车载网络，研究轿车信息集中控制系统(CICCS：Car Information Central Control System)及其主要关键技术。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。