Less than a nanosecond to attain it, a lifetime of passionate pursuit to maintain it.

Any attempt to disturb the implantation process will bring the adults on you in a nanosecond.

要扰乱种植程序的任何尝试将在一个十亿分之一秒中导致成人你.

A processor operating in the nanosecond cycle range.

一种操作周期为纳秒量级的处理机.

One nanosecond is 1 billionth of a second.

一个毫微秒是一百万分之一秒.

The VFTO in power system have several or a few nanosecond rise time of surge.

电力系统中的VFTO具有几纳秒到几十纳秒的波头.

The results show that the localization could be significantly enhanced using nanosecond pulse power.

并对不同电源加工出的微小孔进行了分析、比较,研究了影响电解加工定域性的工艺因素.

Manipulating, controlling or machining at nano scale are very important for nanotechnology.

纳米科技的发展和应用涉及纳米器件的加工、制作以及加工表面特征 、 性质和功能等研究.

This article summarizes applications and implications of nanotechnology in improving public health and its potential hazard.

本文就纳米技术在促进公众健康方面的应用、纳米技术的应用可能产生的健康相关问题作一综述.

Nanosceptics hoped that this most recent episode would create a health scare over nanotechnology.

对纳米科技持怀疑态度的人士希望,眼下发生的这一事件能引起人们对纳米技术健康问题的恐慌.

Nanotechnology has the same potential for artificial evolution as biological molecules.

对人为进化来说,纳米技术具有和生物分子相同的潜力.

The article discusses research and advance of medical nanotechnology in treatment of malignant tumors.

本文介绍纳米医药技术在恶性肿瘤治疗领域的研究和进展.

But one area while where many experts believe nanotechnology holds great promise is medicine.

但是许多专家认为纳米技术在医药领域有着良好的应用前景.

No law yet states how to test nanotechnology.

迄今为止,还没有规定如何检验纳米技术的相关法律.

In this paper the application of nanotechnology in toughening PVC is reviewed.

摘要本文主要综述了纳米粒子在聚氯乙烯增韧改性中的应用研究状况.

So it is feasible and practical that applying nanotechnology to prepare oil demulsifiers.

结果表明,将纳米技术运用于原油破乳剂的制备中是可行的.

Nanoscience and nanotechnology is one of the most important researches in the 21 st century.

纳米科技已成为21世纪科技界最具影响力的领域之一.

Researchers at MIT are using nanotechnology to find a solution.

麻省理工学院的研究人员正在利用纳米技术寻找解决办法.

nanotechnological research

纳米技术研究

He about cancer drugs already developed with nanotechnology.

他说抗癌药物已经通过纳米技术得到了发展.

Nanotechnology can remarkably modify the hydrogen storage properties of hydrogen storage materials.

将纳米技术与贮氢材料结合起来,可显著的改变材料的贮氢性能.

The sensors respond rapidly are completely reusable, the team reported online 30 August in Nature Nanotechnology.

8月30日, 研究小组在《自然-纳米技术》在线版上报道:这种传感器反应迅速,完全可以重复使用.