凭借着保护措施的增加和广泛的灵活性，这个新的放大器有着诸多的应用，关键在于高效、高加速度和安全，如医疗器械。
With increases protection and generous flexibility, this new amplifier is well suited for applications where efficiency, high acceleration and safety features are key, such as medical devices.
由于新的环保条例的出台（如太阳能电池板和电动汽车），和受到新兴市场的快速膨胀（如医疗器械和生物医药）的影响，前面提到的领域都会得到飞速发展。
They are about to grow rapidly, thanks to new environmental rules (solar power, LED lights and electric cars) or exploding demand in emerging markets (medical devices and drugs).
在职业环境中受到感染的主要原因是皮肤上的伤口(如由针，医疗器械，或叮咬而造成的皮肤破损)接触了被HIV病毒污染的血液。
The main cause of infection in occupational Settings is exposure to HIV-infected blood via a percutaneous injury (i.e. from needles, instruments, bites which break the skin, etc.).
随着机器人技术的逐渐成熟，在越来越多的领域里用到了机器人，如：医疗器械、家庭、运动、服务等。
As the robotics mature, the fields of medical treatment, household, sports, services and so on are making increasing use of robots.
综述了炭材料作为生物材料在医学方面的应用，介绍了部分炭材料医用制品如人造心脏瓣膜、生体修补膜、人造器官、医疗器械等的制备方法和优缺点。
Carbon materials are widely used for heart valves, artificial organs and medical apparatus, etc. The advantages and disadvantages of carbon products are also discussed in this paper.
综述了炭材料作为生物材料在医学方面的应用，介绍了部分炭材料医用制品如人造心脏瓣膜、生体修补膜、人造器官、医疗器械等的制备方法和优缺点。
Carbon materials are widely used for heart valves, artificial organs and medical apparatus, etc. The advantages and disadvantages of carbon products are also discussed in this paper.
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