人与环境的关系是人类工效学研究的重要内容。
For ergonomics, it is important to study relations between human and environment.
应该将HRD工效的研究，作为一切上效学研究最重要的领域。
We must regard work efficiency of HRD as a most important domain.
期望本论文的研究，有助于提高工程项目风险管理水平，降低建筑工程施工效益风险损失，为完善我国工程风险理论研究做出贡献。
Studies of the thesis are expected to make for improving level of risk management and reducing loss of construction-benefit, also contribute to perfect theory of risk management.
将正交试验应用到机械加工中，研究了背吃刀量、切削速度和进给量对粗车工效影响的主次顺序。
The primary and secondary factors influence on the efficiency of coarse machinery, which are cutting depth, cutting speed and feed, were studied by applying orthogonal experiment.
对去毛刺技术的研究，是提高产品性能和工效的需要。
Research on burr removal is the need of increasing the product performance and decreasing time consume.
目的研究人体上肢对前方平面不同区域目标点的拾取运动特性和工效。
Objective to study pointing movement characteristics and ergonomics when human upper limb touches different targets on the front board.
目的研究人-计算机界面设计中的眼动时空特性，为优化基于视线追踪技术的人-计算机界面设计提供工效学参数。
Objective To examine the related spatial and temporal characteristics of eye movement in HCI design and to provide ergonomic parameters to optimize the HCI design based on eye tracking.
本文以在离心场中运动的整团磨料为研究对象，从实验和理论两方面分析了离心式研磨在加工过程中行星传动比对加工质量和加工效率的影响。
Taking the kinematic mass abrasive as research object, this paper analyzed theoretically and experimentally the influence of the planetary driver ratio in the process of centrifugal polishing.
为减少填充线段和提高激光加工效率，对复杂区域的填充算法进行了研究。
Filling algorithm for complex regions is studied to reduce the number of filling lines and improve the efficiency of laser processing.
由于暖体假人的对流及辐射散热特性与实际人体非常接近，因此，在热环境工效学研究中发挥着突出的作用。
Thermal manikin is playing an important role in the research of thermal environmental ergonomics, because its characteristic of convective and radiative heat loss is very similar to actual human body.
人机工效学是研究工作站设计、工具运用和工作设计的一门交叉学科。
Ergonomics is the branch of engineering that studies workstations, tools, and task design.
本文从数控车床智能控制系统的研究着手，对如何提高数控车床的加工效率进行了研究。
The improvement of working efficiency of nc lathe based on the Intelligence Control System is studied in this paper.
目的为进行飞船人工控制系统中作业工作负荷的工效学研究，研制一个肌电信号采集与分析软件。
Objective a software used for acquiring and analyzing signals was developed for ergonomical research on Human Workload in space manual system.
国内研究集中在人体测量、视觉显工效学评价、个体防护装备工效学评价、工作能力和工作负荷测量等方面。
The researches at home were focus on anthropometry, ergonomic evaluation of visual displays and personal protective equipments, measurement of work ability and workload.
其中舱外航天服的可达域和可操作域是航天服工效学研究的重点。
The measuring of reachable region and operational limit region of EVA spacesuit are the key points in spacesuit ergonomics.
文章研究了噪声、温度、湿度及照明对人体工效的影响。
The effects of noise, heat, humidity and lighting on human performance were investigated.
本研究方向主要涉及工业和工程环境以及数字化交互空间设计，研究内容为环境设计理论与方法、环境与工效分析。
This research area concerns the design of industrial and digital interactive environments, and focuses on theories and methods of environment design and ergonomics.
本研究用实验方法研究离散度参数对规则多边图形认知工效的影响。
An experiment was conducted to investigate the affect of regular polygon dispersion on its signal cognitive performance.
在对混粉电火花加工机理进行系统研究的基础上，对混粉电火花粗加工中的加工效率和加工表面粗糙度进行了实验研究。
Based on the study of machine mechanism of PMD EDM, its rough machine efficiency and rough machine surface roughness are experimentally researched.
本研究考察了显示窗口大小、跳动步幅、显示速度等因素对引导式中文文本的阅读工效的影响。
In present study, the effects of display speeds, window sizes and moving steps in leading format on Chinese text reading comprehension.
通过一系列相关的实验论证，加工效能理论在普通焦虑研究领域以及一些特殊焦虑研究领域如数学焦虑，运动焦虑。
After some related experiments, this new theory had been proved in normal anxiety domain and some special anxiety domain, such as math anxiety and sports anxiety.
本研究为急性缺氧防护生理标准和缺氧耐力提供了工效的依据。
These results may provide an ergonomic reference for establishing physiological standard in protection against acute hypoxia.
研究所从事机械设计、计算机数据库安全性研究及生态学、工效学方面的研究。
The Institute has undertaken the integration of designing centres and the creation computer data base in the field of safety, ecology and ergonomy.
在直线电机驱动弹性刀架的微位移进给装置上，采用陶瓷结合剂C BN 砂轮进行磨削加工试验研究，得到了较好的加工效果。
Better machining result has been obtained by using vitrified bond CBN grinding wheel on the microshift feeding device of elastic tool carriage driven by the linear motor.
研究了将建筑渣土夯扩桩复合地基技术应用于某住宅楼的施工效果。
Investigated the effect of applying the technology of ground temping expanding of multiple foundation ground using of architecture sediment to the residence building.
本文复习了近年来国内外航空工效学研究进展情况。
The advancements of aviation ergonomic research at home and abroad in recent years were reviewed.
因而，针对叶片在切削过程中的误差进行预测及主动补偿技术的研究，对提高叶片加工质量和加工效率具有重要意义。
Consequently, the prediction of the machining error in blade milling process and the investigation of active compensation can improve machining quality and processing efficiency significantly.
因而，针对叶片在切削过程中的误差进行预测及主动补偿技术的研究，对提高叶片加工质量和加工效率具有重要意义。
Consequently, the prediction of the machining error in blade milling process and the investigation of active compensation can improve machining quality and processing efficiency significantly.
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