首页> 外文会议>International Astronautical Congress >ANTHROPOMETRIC VARIATIONS AND ORTHOSTATIC STABILITY DURING SUSTAINED ACCELERATION IN A SHORT ARM HUMAN CENTRIFUGE (SAHC) AMONGST +GZ NAIVE TEST SUBJECTS: FORM INFLUENCES FUNCTION.
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ANTHROPOMETRIC VARIATIONS AND ORTHOSTATIC STABILITY DURING SUSTAINED ACCELERATION IN A SHORT ARM HUMAN CENTRIFUGE (SAHC) AMONGST +GZ NAIVE TEST SUBJECTS: FORM INFLUENCES FUNCTION.

机译:在短臂人离心机(SAHC)中持续加速期间的人体测量变异和直向性稳定性在+ GZ NAIVE测试对象中:形式影响功能。

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Introduction The aim of this study was to determine which anthropometric factors play a significant role in maintaining orthostatic stability prior to hyper gravity +Gz exposure in a short arm human centrifuge (SAHC). Methods 20 +Gz naive test subjects, were exposed to two rounds of +2Gz in a SAHC. The G force profile followed a plan of nine phases of varying +Gz exposure. Before being exposed to +Gz, each subject completed a complete biometric profile via air-displacement plethysmography to ascertain body composition and its effects on orthostatic tolerance. Baseline cardiovascular parameters were recorded as well.
机译:简介本研究的目的是确定哪些人类测量因素在保持在短臂人离心机(SAHC)中的超重力+ GZ暴露之前保持直立稳定性的重要作用。方法20 + GZ Naive测试受试者在SAHC中暴露于两轮+ 2Gz。 G力轮廓遵循一个不同+ GZ暴露的九个相的计划。在暴露于+ GZ之前,每个受试者通过空气置换体积学完成完整的生物识别性,以确定身体成分及其对原静脉耐受的影响。录制基线心血管参数。

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