实验仪器

The characteristics of the system were estimated by using correlative theory considering the effect of the drag force.

购买并加工制作了实验所需设备或器件(喷嘴、热源、压力泵和各种测量仪器等)，搭建了实验平台。

Based on the study of spectrum, the components and technology requirement of time-resolved fluorometer were presented And a concrete method to actualize the system of pulsed Xenon lamp and the assemblage of filter setting was developed Sound clinical evaluation project was designed At last, clinical evaluation of the time-resolved fluorometer was conducted.

在光谱研究的基础上，讨论了时间分辨荧光免疫分析测试仪的各个组成部分及其技术要求，提出了脉冲氙灯和聚光滤光系统的具体实现方法，制定了合理的临床评价方案，并对制成的测试仪样机进行了临床应用性能实验。将我们研制的时间分辨荧光免疫分析仪与国外先进同类型仪器进行一系列对比测试实验后，经相关回归分析所得出的相关系数都在99.5％以上，显著性检验小于0.01。

In this paper,some instruments with different functions are combined,and by using the motion of charged particle s in the alternating magnetic field produced with Helmholtz coils,the existence of the induced electric field can be validated directly and easily.

针对磁场变化时激发产生的感生电场很难演示的问题，设计了演示感生电场存在的实验。该实验将不同功能的仪器组合起来使用，通过亥姆霍兹线圈的交变磁场对带电粒子的作用效果，直观说明感生电场的存在

In this paper,some instruments with different functions are combined,and by using the motion of charged particles in the alternating magnetic field produced with Helmholtz coils ,the existence of the induced electric field can be validated directly and easily.

针对磁场变化时激发产生的感生电场很难演示的问题，设计了演示感生电场存在的实验。该实验将不同功能的仪器组合起来使用，通过亥姆霍兹线圈的交变磁场对带电粒子的作用效果，直观说明感生电场的存在

The choice of ionization source and experimental sample of instrument is discussed.

讨论了仪器电离源和实验样品的选择，并设计出系统实验装置。

A quantitative method is presented to analyze and estimate the influence of different error sources on the final isoclinic results calculated by FCPST or the other PST.

本文提出它们影响五步彩色相移法的定量误差分析方法；提出控制各误差的具体指标；给出了避免或降低这些误差源影响的措施，为合理设计制造仪器、指导实验和保证实验结果的精度提供了依据。

Through the analysis of experimental principle, method and instrument of the Jaeger we have studied the improvement of the Experiment device to measure the liquid surface tension coefficient, and designed the composite pistons.

为此，对Jaeger法测定液体表面张力系数的实验原理、方法及仪器进行了分析研究；同时，对实验装置进行了改进，设计了复合活塞加压装置，使其更容易控制气泡生成速度，实现了无水加压。

According to the law of refraction, a measuring apparatus was designed, which can measure refractive index of transparent medium. This paper expounded the design principle of the measuring apparatus, its usage and some experimental content, and gave measurement results of refractive index on some materials.

将CCD测试技术引入物理实验，介绍了依据折射定律设计的能够测量任何透明介质折射率的仪器原理、使用方法及开设的部分实验内容，给出了对一些材料折射率的测量结果。

in this paper the basic concept to literality technology is introduced,and the application of vitrify technology in high university teaching resource management, multimedia teaching effect, and experiment teaching method and virtual instrument equipment.

摘要本文介绍虚拟技术的基本概念，重点介绍了虚拟技术在高校教学资源管理、多媒体教学资源教学效果和实验教学方法以及虚拟仪器方面的应用，论述了高等学校教学资源重塑信息共享及管理模式和虚拟实验教学解决方案，提出了高校教学改革与研究的新理念。

In order to study the performance of MPT more experiments must be taken, and an instant, exact and convenient system of measuring and controlling is very important in all of these experiments.

本论文研究的主要目的，是采用最新的虚拟仪器技术，组建MPT实验测控系统，提高系统测控的准确度和可信度，并结合理论分析和实验验证，得出各测试环节及系统总体的不确定度。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。