航天器的每个分系统都必须具备极高的效率和可靠性,而且要尽可能地轻巧,这些技术已在多种医学设备上得到了应用。NASA在不载人航天器上的低功率电子设备、长寿命电池和可控制的微电子设备等已在生物医学领域中得到了许多应用。 一、温度药丸 测量人体温度的高低是临床应用中了解病情的重要手段之一。目前使用的水银式和数字式 Each subsystem of the spacecraft must be extremely efficient and reliable, and be as compact as possible. These technologies have been used in many medical devices. NASA’s low-power electronics, long-life batteries, and controllable microelectronic devices on unmanned spacecraft have seen many applications in the biomedical arena. First, the temperature Pill measuring the level of human body temperature is one of the important means to understand the condition in clinical application. Currently used in mercury and digital