无害地

Be in from the ground in the atmosphere advection layer of 50 kilometers of 15 ～, centered the ozone gas of on the earth 90%, although its chroma never exceeds 1/100000, all concentration rises to also have a even thinner than sole only, but it assimilated opposite substance effectively harmful, wavelengh is less than the UV-C of sun ultraviolet ray of 295nm, and opposite content hurtless, wavelengh is more than the UV-A of sun ultraviolet ray of 320nm to make them all pass however, opposite content has certain harm, wavelengh is in the UV-B of sun ultraviolet ray of 295 ～ 320nm also is absorbed for the most part.

在离地面15～50公里的大气平流层中，集中了地球上90%的臭氧气体，虽然其浓度从未超过十万分之一，全部集中起来也只有比鞋底还要薄的一层，但它却有效地吸收了对生物有害的，波长小于295nm 的太阳紫外线 UV-C，而对生物无害的，波长大于320nm 的太阳紫外线 UV-A 却让它们全部通过，对生物有一定危害，波长在295～320nm 的太阳紫外线 UV-B 大部分也被吸收。

Except for the relatively rare instances where a statute is rendered innocuous by nonenforcement, the legislative will is " frozen" until the law is changed.

除了那相对地一个法令被非厉行提出无害的稀罕例证以外，立法的意志是冻结的，直到法律被改变。

Green maintenance is burgeoning theory and technology of modern equipment management and maintenance. Through the discussion for the concept of green maintenance, its feasibility is analyzed. Some key technologies of coalmine machine green maintenance are studied stressfully. The result demonstrates that green maintenance has a broad application prospect.

绿色维修目前还没有统一的定义，一般认为是机电设备在维修过程中，符合特定的环境保护要求，对生态环境无害或危害性较小，资源利用率最高，能源消耗最低的现代维修管理与维修方式，概括地说，绿色维修是以环境保护为核心的机电设备维修。

Therefore, this system efficiently utilizes the low quality heat energy to save lots of energy. Its also applies the harmless sorbent as refrigeration material to avoid the greenhouse effect and avoid destroying ozonosphere caused by conventional cooling methods. So it is accordant with the policies of environmental protection.

该系统有效地利用低品位热能，可节约大量能源，而且采用了对环境无害的吸附质作为制冷剂，可避免传统制冷方式带来的温室效应及对臭氧层的耗散作用，符合了当前的能源和环保政策。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。