Você procurou por: miniaturization (Inglês - Chinês (simplificado))

miniaturization
微形化

array miniaturization
阵法小型化

miniaturization as well.
在小型化领域也是如此。

the first one was miniaturization.
第一点，是小型化。

we all know about the miracle of miniaturization.
我们都见识过微型化技术的神奇

but what electronic miniaturization has done is that it has allowed people to shrink technology into a cell phone.
但是随着电子技术微型化的发展 人们已经可以把最新的科技成果 缩到一个手机那么小的体积

the good news is that the same technology that allowed miniaturization of electronics is now allowing us to miniaturize biological laboratories.
好消息是，我们在微缩电子产品体积的过程中 所使用的技术 也可以用来微缩 生物实验室

miniaturization -- we're shrinking the size of technology at an exponential rate, both wired and wireless.
小型化，我们缩小这个技术的速度 是指数增长的。 无论是有线还是无线。

the main innovations relate to the use of active antennae, miniaturization of radioelectric functions and the introduction of new frequency bands;
主要的创新涉及使用有源天线、无线电电信功能的微型化和采用新的频率波段；

further miniaturization of such equipment would reduce it to a size where it could be deployed on deep-ocean observatories or even on autonomous underwater vehicles.
这类设备的进一步缩微将缩小其体积，使之能够安放到深海观察站上，甚至自主潜水器上。

97. miniaturization, coupled with developments in sensor technologies, will continue to reduce the cost and size of sensors, just as it has with processors.
97. 小型化、加上传感器技术的发展,将继续降低传感器的成本和体积,就象降低处理器的成本和体积一样。

the purpose of tsubasa is to test commercial parts for use in space and to verify miniaturization technology by acquiring on-orbit data of the commercial parts along with space environmental data.
tsubasa卫星的目的是考验民用部件在空间的使用情况，以及通过获取民用部件的在轨数据加上空间环境数据，来验证部件的小型化技术。

so in close, as you think about technology trends and how to impact health and medicine, we're entering an era of miniaturization, decentralization and personalization.
近期，当你考虑技术趋势 怎样影响健康和医学， 我们正进入小型化 分散化和个性化时代。

low costs and a short development and production times, coupled with advances in electronic miniaturization and associated performance capabilities, make small satellite missions extremely attractive for governmental and private entities, as well as for educational institutions in developing countries.
由于成本低廉、开发和生产时间短，加之电子微缩及相关性能先进，小型卫星飞行任务对于政府和私营实体以及发展中国家的教育机构极具吸引力。

however, the miniaturization of components and the use of nano-technologies in space missions, such as those used in small satellites, offer quick and affordable access to space to countries with small space budgets.
然而，组件的微型化和空间飞行任务中使用毫微技术，如小型卫星中使用的那些，为空间预算不多的国家提供了以可负担的代价迅速进入空间的机会。

(d) technical capabilities could be acquired in the areas of miniaturization, microelectronics and micro-manufacturing, with potential spin-offs for other industrial sectors such as the medical, consumer electronics, robotics and entertainment sectors;
(d) 可以获得微型化、微电子和微制造领域的专门知识，给其他工业部门带来潜在的附带利益，如医药、消费电子、机器人和娱乐部门；