加快了电子式电流互感器的实用化进程。
The new current transducer will accelerate the practical process of electronic current transducer.
因此，不能满足实用化自动控制的需要。
Therefore, we can not meet the practical needs of automation.
21世纪的超导研究将步入实用化阶段。
The superconducting technology will step into practice in 21st century.
设计大容量的地址码是该技术实用化的前提。
The design of great capability address codes is the precondition to practicability of this technique.
这一设想为管道机器人的实用化提供一种思路。
The idea provides a way of piping robot for application in practice.
这种器件要实用化，急需提高阴极的电子发射率。
This device must have higher electron emission efficiency for practical application.
此外，并研制出相应的实用化监测与故障诊断系统。
Practical monitoring and diagnosing system has been developed.
线性双折射效应是限制光学电流传感器实用化的关键因素。
Linear birefringence effect is the primary factor that makes optical current sensor unpractical.
本设计可实现其功能，使系统更具实用化，人性化，智能化。
This design may realize its function, causing the system to have the practical application, the human nature, intellectualization.
新型混合吸收式制冷循环对太阳能空调实用化具有很大的意义。
The refrigeration cycle of new style mixed absorption isv ery applied for solar air-conditioner.
混沌理论在网络保密通信领域中的应用已经向着实用化阶段迈进。
In the field of network security communications, the applications of chaos theory have already stridden forward to the practical stage.
结合模糊系统开发环境工具，试图将模糊技术推向实用化和产品化。
Combining with fuzzy system development environment tools, it attempts to push real applications of fuzzy technique.
目前，制约并行atpg算法实用化的关键原因是算法的可移植性。
At present, the portability of ATPG algorithm is the key of blocking its commercialization.
热电堆红外探测器是最早研究并实用化的热电型红外成像器件之一。
Thermopile ir detector is one of the first thermal ir imaging device that has been studied and applied.
本文的研究内容为隧道施工监测与信息反馈实用化研究的一个重要方面。
This paper is an important part for putting the monitoring of construction and information feedback into practical application .
因此，研究并开发新的混沌信号发生器对混沌理论推向实用化至关重要。
So, it is vital to study and develop new chaotic signal generator and push Chaos theory to good use.
现行的实用化计算规程对催化转化器流动计算的详细细节都做出了要求。
This procedure makes detail requirements on every step of steady state analysis for catalytic converter gas flow distribution.
但是要将电致变色材料向实用化推广，必须制备出全固态电致变色器件。
But if we want to make this product in practice, the all-solid state electrochromic device must be making.
并在此模型的基础上开发了相应的软件，使该模型的基本功能得以实用化。
Based on this model the related software is developed and make the basic function of it become practicable.
同时，根据实用化器件对材料的要求及目前存在的主要问题提出解决方案。
Requirements on such materials in practical devices, major problems existing today and solution schemes are also presented.
本书分为五章：绪论、现代设计方法、实用化设计、商品化设计、设计案例。
This book is divided into five chapters: Introduction, modern design method, practical design, commercial design, and cases of design.
优化材料性能参数和自旋阀巨磁电阻磁头的结构参数是微磁器件实用化的关键。
Optimizing the materials properties and structure parameters of giant magneto resistance (GMR) spin valve head is of key importance to application.
本文是基于声纹信息进行的身份认证，其目的在于推动声纹认证技术走向实用化。
This paper researches identity authentication based on information of voiceprint, and its purpose is pushing the technology become practical.
高清晰度电视（HDTV）信号传输的基础是高效信源压缩编码技术的实用化。
The practice of high - efficiency source compression coding is the basis of the transmission of HDTV signal.
所以该设计方案具有一定的价值，它使得液晶电光偏转技术向实用化又迈进了一步。
Accordingly, the value of this design is apparent. It brings the utilization of the LC electro-optic steering technique a new step.
当需要付出相当努力才能理解一个概念的时候，我们通常会放弃它而代之以利用更实用化的窍门。
When understanding a concept requires effort, we usually abandon it in favor of practical tips.
实例研究表明，质量屋方案选择模型为质量屋应用于设计方案择优提供了实用化方法。
An example was given to show that the model provides a practical method for applying HOQ to design scheme selection.
结果证明这些定量方法和判据在地震现场监测预报工作中具有定量化和实用化的意义。
Results prove that these quantitative methods and criteria are significant in quantification and practicality for earthquake monitoring and predicting work in the seismic field.
结果证明这些定量方法和判据在地震现场监测预报工作中具有定量化和实用化的意义。
Results prove that these quantitative methods and criteria are significant in quantification and practicality for earthquake monitoring and predicting work in the seismic field.
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