作为载人航天工程中的组成部分,航天医监设备(aerospace medical monitoring devices,AMMD)是保障航天员的在轨生命安全和身体健康的重要支撑。以航天医监设备研制需要遵循的原则为基础,本文简要介绍了美、俄、欧空局医监设备的发展历程...作为载人航天工程中的组成部分,航天医监设备(aerospace medical monitoring devices,AMMD)是保障航天员的在轨生命安全和身体健康的重要支撑。以航天医监设备研制需要遵循的原则为基础,本文简要介绍了美、俄、欧空局医监设备的发展历程,详细阐述了我国载人航天载人飞船、交会对接、空间实验室等任务医监设备研制情况,描述了空间站任务医监设备发展成为包含心肺功能评估、体液指标检测、骨骼肌肉功能评价等在内的全方位医监设备体系,并展望了未来航天医监设备的发展方向。展开更多
China faces toughest after-quake reconstruction since 1976.In contrast,with neighbouring Myanmar s lethargic and secre- tive handling of its cyclone ten days earlier, China responded to the earthquake rapidly and with...China faces toughest after-quake reconstruction since 1976.In contrast,with neighbouring Myanmar s lethargic and secre- tive handling of its cyclone ten days earlier, China responded to the earthquake rapidly and with uncharacteristic openness.展开更多
文摘作为载人航天工程中的组成部分,航天医监设备(aerospace medical monitoring devices,AMMD)是保障航天员的在轨生命安全和身体健康的重要支撑。以航天医监设备研制需要遵循的原则为基础,本文简要介绍了美、俄、欧空局医监设备的发展历程,详细阐述了我国载人航天载人飞船、交会对接、空间实验室等任务医监设备研制情况,描述了空间站任务医监设备发展成为包含心肺功能评估、体液指标检测、骨骼肌肉功能评价等在内的全方位医监设备体系,并展望了未来航天医监设备的发展方向。
文摘China faces toughest after-quake reconstruction since 1976.In contrast,with neighbouring Myanmar s lethargic and secre- tive handling of its cyclone ten days earlier, China responded to the earthquake rapidly and with uncharacteristic openness.
