Objective To provide the latest anthropometric data of Chinese male pilots on a large scale.
目的通过大样本飞行员人体测量研究，为用户提供最新飞行员人体尺寸数据。
Finally, children's anthropometric data at birth, 6 and 12 months of age were recorded from their birth certificates and medical records.
最终，儿童出生时、6个月、12个月生长数据记录在出生证和病例里面。
Anthropometric data for children aged 1-9 years were used to assess food utilization, and household food inventory data were used to assess food availability.
用1 -9岁儿童的人体测量数据用来评估食品利用情况，而家庭食品库存数据则用来评定食品供应。
Methods: With cluster sampling method, anthropometric data were obtained from 1 697 middle school students of the Han and the Korean nationalities in Yanbian area.
方法：采用整群抽样方法，对延边地区朝、汉族初中、高中学生1 697名体格指标进行了调查。
Utlizing the theory means of Ergonomics, we make use of the dummy, which is made based on Chinese pilots? Anthropometric data, to simulate the Human-Machine system.
利用人机工程学的理论和方法，采用中国飞行员人体数据，运用人体模型进行人机系统计算机仿真。
It is very important to find design defects and to improve the system reliability when digital human models based on anthropometric data are applied in simulation of manned spacecraft design scheme.
将基于人体测量参数的数字人体模型应用于载人航天器设计方案的仿真评价对发现设计缺陷，提高整个系统的安全可靠性具有重要意义。
We estimate the trade-offs among these characteristics using data from the PSID and the ECHP, finding evidence of compensation between anthropometric and socioeconomic characteristics.
我们使用来自PSID和ECHP的数据以评估人们选择配偶时在上述指标中所做的权衡，发现了人体测量特征和社会经济学特征可以互相替代的证据。
Structured interviews were conducted with both parents to collect information on anthropometric, demographic, medical and behavioral data.
结构化面试通过父母双方对生长数据、人口统计学资料、医学以及行为学方面资料的收集。
Structured interviews were conducted with both parents to collect information on anthropometric, demographic, medical and behavioral data.
结构化面试通过父母双方对生长数据、人口统计学资料、医学以及行为学方面资料的收集。
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