小型化

S7-200 series PLC is microminiaturization PLC, it is suitable for allthe various trades and occupations, in each kind of situationautomatic detection, monitoring and so on. The S7-200 PLC formidablefunction causes its regardless of the single plane movement, or thecompany becomes the network all to be able to realize the complexcontrol function. S7-200PLC has 4 different basic models and 8 kind ofCPU, for user choice use.

S7-200系列PLC是超小型化的PLC，它适用于各行各业，各种场合中的自动检测、监控等。S7-200 PLC的强大功能使其无论单机运行，或连成网络都能实现复杂的控制功能。S7-200PLC有4个不同的基本型号与8种CPU，供用户选择使用。

All these continuous miniaturisation requires fundamental understanding of the multimaterial behaviour in the manufacturing and service of microelectronic device.

而所有这些的连续小型化要求对微电子设备的制造和服役中的多材料行为有基本的了解。

They are also looking at the conducting properties of single molecules – the ultimate in miniaturisation.

他们还着眼于单分子的指导性能-最终在小型化里。

Moreover, miniaturisation is not straightforward, not least because lasers cannot be made as small as transistors.

此外，小型化的困难尤其体现于激光器无法做得像晶体管一样小。

That, he argued, involves identifying and developing strengths, such as logistics or miniaturisation, that cannot easily be imitated by competitors.

他认为，这一过程包括认清和发展自身那些不易被竞争对手的优势，比如物流和小型化。

The practical case for sending people into space gets ever-weaker with each advance in robots and miniaturisation.

把人送上太空的实际情况，使得机器人和小型化的每次改进都更缺乏说服力。

Many issues in miniaturisation and packaging arising from the increasing speeds and power densities of optoelectronic modules are similar to those experienced in silicon.

由于光电模块中速度和能量密度的提高而给小型化和封装带来的很多问题也同硅中出现的问题类似。

In each new generation the components are smaller than they were in its predecessor, and the speed at which this miniaturisation is happening means that within 15 years or so a fundamental limit will be reached.

每推出的新一代计算机，其组件都比前代的小。这种小型化发生的速度意味着在大约15年之内，计算机的体积将缩小到一个基本的极限。

That, he argued, involves identifying and developing strengths, such as logistics or miniaturisation, that cannot easily be imitated by competitors.

他认为，要找到并发挥不易被竞争对手仿效的优势，比如物流和小型化。

Miniaturisation relies on functional structures and devices of micro and nanometer dimensions.

微小型化依赖于微纳米尺度的功能结构与器件，实现功能结构微纳米化的基础是先进的微纳米加工技术。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。