On the one hand, we will have biological brains greatly expanded through nanobot technology.

Nanobot technology will be able to expand our minds in virtually any imaginable way.

毫微自动仪技术将使我们实际上可用任何想得到的方式扩展我们的心智.

Most organic crystals always exist as nanometer small crystals.

但是,有机晶体通常难于长大,多数以微纳晶的形式存在.

The top of carbon nanometer tube have some diamond structure.

碳纳米管的端头部位,具有一定的金刚石结构.

Nanometer MgF 2 powers were prepared by the chemical precipitation method.

摘要本论文主要是用化学共沉淀法合成纳米MgF2粉.

Nanometer sized grains contain only about 900 atoms each.

纳米尺寸的晶粒每个只包含大约900个原子.

The nanometer TiO _ 2 supported samples were prepared by liquid phase deposition method.

以硫酸钛作为前驱体,采用液相沉积法在自制硅酸盐微球上负载纳米二氧化钛.

The mechanism and excellent properties of nanometer microwave absorbing agents were presented.

介绍了纳米微波吸收剂的吸波机理及其优异的吸波性能.

For ultraviolet, nanometer is a preferred term.

对于紫外区通常用毫微米这一名词.

In nanometre compound materials, the size of the disperse phase is less than 100 nanometres.

在纳米复合材料中, 分散相小于100纳米.

They'll lock him up, and you just stand there like Nanook of the North!

他们会把他关起来你还像一只北极熊那样站在那里!

Slowly Nanook moved toward them.

北极熊纳努克慢慢地逼近着海象.

But polar bears Sedna and Nanook have been forced inland by global warming.

这个讯息不但是电影《明日之后》的桥段,也在现实中被全球研究学者不断重申.

Nanook looked around carefully.

北极熊纳努克仔细地观察着四周围.

The great Nanook fell heavily to the ice.

于是,北极熊纳努克便重重地跌倒在冰上.

The magnetic nanoparticle, silica nanoparticle and poly-cation nanoparticle were introduced briefly.

简要介绍了磁性纳米颗粒 、 硅纳米 颗粒及阳离子多聚物颗粒等的研究进展.

Objective To investigate the toxicology and biodynamics of silica nanoparticle.

目的:研究硅颗粒制成纳米颗粒后的长期毒性及生殖毒性.

Compared with conventional organic dyes, nanoparticle probes have better spectral features andmote photochemically stable.

纳米粒子探针与传统的有机染料相比有更好的光谱特性和光化学稳定性.

There are now various chemical processes available including sol-gel, polymer precursor, molecule and nanoparticle assembly.

目前主要的化学工艺有溶胶 - 凝胶技术 、 前驱体聚合技术及分子和纳米颗粒组装.

When utilizing the nanosecond impluse applied power, the discharge is the most homogenous and stable.

DBD放电斑图受电源特性影响很大,采用纳秒脉冲高压电源时, DBD放电 最为均匀.

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

霎那间就能实现, 但要用一世的热情追求才能保持.