这种新型仪器设计用于小梁切除术。
This new instrument has been designed for the dissection of a trabeculectomy bleb pocket.
文章从仪器设计到现场应用进行了阐述。
This paper narrates the, process from the instrument design to the field application.
精密仪器设计中误差补偿技术是关键技术。
To comprehend and master error compensation technique can simply instrument design and raise design standard.
并举例说明了概念区分在智能仪器设计领域的应用。
Meanwhile, an illustration of the concept distinction in the application of intelligent instrument design is made.
主讲电磁兼容性原理、电磁测量、仪器设计等课程。
Main Course: Principles of Electromagnetic Compatibility, Electromagnetic measurement, instrument design and so on.
软件是虚拟仪器设计中最重要的，也是最复杂的部分。
Software is the most important as well as the most complicated part in the design of virtual instrument.
主要介绍虚拟仪器设计及其在教学中应用的广阔前景。
The paper introduces the virtual instrument and the good perspective of its application in education.
提出了基于秦氏模型智能虚拟控件的仪器设计与制造新概念。
New concept of design and manufacture instrument based on Qin's IVC was put forward.
阿贝原则和运动学原则是光学计量仪器设计中两个重要原则。
The Abbe and the Kinematic theories are two important principles in the design of optical metrological instruments.
光学仪器瞄准的自动化和智能化一直是现代仪器设计中的关键问题。
Automation and intelligent function in aiming of optical instrument are the key problems in modern instrument design.
介绍了配备科学探究实验仪器的重要意义，仪器设计要求和配备方案。
This article introduces the important meanings on outfitting scientific research experiment instruments, and their instrument design demands and their outfitting schemes.
除了需提供仪器设计和仪器规格之年，还应当要提供完整的性能评估程序。
In addition to design and equipment specifications, complete performance assessment procedures should be provided.
本文提出了一种利用FPGA来实现DVD光盘母盘误码率检测的仪器设计。
This paper presents a design for bit error ratio tester of DVD mother disc using FPGA.
该文基于虚拟仪器设计出一种新型的家用交互式远程医疗保健系统（FITS）。
The paper has designed a new type of Family Interactive Telemedicine System(FITS).
演示实验选择的是否恰当，演示仪器设计的是否合理，会直接影响课堂教学的质量。
Experimental demonstration of the proper choice, demonstration equipment design is reasonable, it will directly affect the quality of classroom teaching.
自然语言篇章理解技术应用于智能仪器设计领域是人工智能技术应用的重点和难点之一。
The application of NLU technology in intelligent equipment design is one of the most important and difficulty application of A. I. technology.
必须针对这种失真的机理来改进仪器设计和开发后处理方法，才可能重现薄层的真实情况。
The improvement of tool design and development of data post-processing method should be aimed at this distorting mechanism, otherwise the real situation of thin layer will not be reconstructed.
最后一部分，对仪器设计做出了全面的总结，并指出了该系统的不足和有待进一步完善的地方。
Finally, it makes a comprehensive summary of the system and points out the inadequacies of the system and where need to be further improved.
在正演考察仪器设计的各种方案的之后，本文还就相位感应测井仪测量信号现场处理进行了讨论。
After the introduction of the design of the phasor induction logging tool, we discuss on-sit processing of the logging.
以VC 6.0为软件开发工具，利用虚拟仪器的设计思想，将各类测试仪器设计成各个抽象类。
Selects VC 6.0 as software development; tools, according to virtual instrument idea, each instrument category is designed as an abstract class.
研究垂直方向的速度对NMR测井响应特征的影响，能够为仪器设计和资料解释应用提供重要依据。
Researches on the effect of vertical logging speed on NMR logging responses can provide a sound basis for tool design and data interpretation.
它既可作为生理信号检测的实验设备，也为医疗仪器设计和医学信号处理的教学实验提供了良好的平台。
It also provides an excellent platform for the lab teaching on the biomedical instrument designing and the bio-signal processing.
基于同扫描电镜成像过程有关的物理概念出发，还推导了有关改进仪器设计和功能所引用到的计算公式。
Basing on the physical concepts with the imaging process of SEM, the calculating equations used for improving the design and the function of the instrument have also been deduced.
瞬变电磁法实时检测早期信号要求瞬变电磁仪具有很快的时间响应，这就需对仪器设计提出很高的要求。
In transient electromagnetic method (TEM) the real time detection of early signal requires the instrument to be fast time response, so a higher requirement is presented for the design of instrument.
基于虚拟技术的分析仪器设计方法，是设计虚拟仪器系统以替代真实仪器，实现仪器快速开发的有效途径。
The design method of analyzed instruments based on Virtual technology is the availability way of celerity development instruments, this paper helps the instruments instead.
本文讨论了航天遥感多光谱扫描仪的辐射灵敏度计算。给出这类仪器辐射灵敏度的计算方法及仪器设计原则。
Calculation of radiant sensitivity for space-borne multispectral scanner is presented. The calculating method of radiant sensitivity and the principle of design for the scanner are given.
研究了OMAP的体系结构，同时结合便携式仪器设计，构建了基于OMAP平台的最小仪器系统及其开发平台。
At the same time, the basic system structure of instrument and the development platform based on OMAP are set up corresponding the design of portable instrument.
本论文的研究目的是为锚固螺杆缺陷监测仪器设计定位系统以便于仪器自动将传感器顺利安装到待监测锚固螺杆上。
The purpose of this paper is design the machine vision location part of the whole screw anchors health detection system for auto-set sensor to the screw anchors.
数字型超声波检测仪制造厂家只提供了操作规程，没有仪器设计原理，这样容易导致在使用中对有些功能理解上的欠缺。
The manufacturer only provides operating specifications of digital ultrasonic inspection instrument, without design principle it will induce understanding deficiency on the function.
通过试样的实测结果和数据分析说明仪器符合土工布仪器设计要求，可以用于土工布力学性能的测试，具有较好的实用性。
The measuring data and analysis result of sample shows that this device meets the requirement of design. It can be used to measure the mechanical property and is better practicability.
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