| 1. | Our brains work on currents near one nanoampere
我们的智力活动只需要大约一个毫微安的电流。 |
| 2. | It causes a current of 250 , 000 nanoamperes to flow though us
它导致了一个250 ， 000毫微安的电流流过我们。 |
| 3. | Nanobots are robots the size of human blood cells or even smaller
毫微自动仪是人血液细胞大小或者甚至更小的机器人。 |
| 4. | By 2030 , we may scan the brain using " nanobot " technology
到2030年，我们可能采用“毫微自动仪”技术来对人脑进行扫描。 |
| 5. | Standard test methods for operating characteristics of reverse osmosis and nanofiltration devices
反渗透装置和毫微渗透装置操作特性的标准试验方法 |
| 6. | High frequency inductive components - electrical characteristics and measuring methods - nanohenry range chip inductor
高频感应部件.电气特性和测量方法.毫微亨 |
| 7. | Standard termninology used for microfiltration , ultrafiltration , nanofiltration and reverse osmosis membrane processes
用于微孔过滤超声过滤毫微过滤和反渗透膜处理的标准术语 |
| 8. | High frequency inductive components - electrical characteristics and measuring methods - part 1 : nanohenry range chip inductor
高频感应部件.电气特性和测量方法.第1部分:毫微亨 |
| 9. | High frequency inductive components - electrical characteristics and measuring methods - part 1 : nanohenry range chip inductor
高频感应部件.电气特性和测量方法.第1部分:毫微亨 |
| 10. | High frequency inductive components - electrical characteristics and measuring methods - part 1 : nanohenry range chip inductor iec 62024 - 1 : 2002 ; german version en 62024 - 1 : 2002
高频感应部件.电气特性和测量方法.第1部分:毫微亨 |
