查询词典 co-ordination

Served in Kamchatka in the 45th antisubmarine division of nuclear submarines of the Pacific Fleet as CO of the mine and torpedo department, assistant CO, senior assistant CO of a submarine, crew CO, and CO of a submarine.

西登科曾服役于于位于堪察加半岛的太平洋舰队第45反潜核潜艇部队，历任水雷和鱼雷部门的指挥官，指挥官助理，潜水艇艇长高级助理，水手长，潜水艇艇长。

Shanghai Chlor-Alkali Plant, Jiangsu Su Group, Gelinyipu Chemical Co., Ltd. in Wuxi, Jiangsu Jiangdong Chemical Co., Ltd., the town Jiang Zhenbang Chemical Co., Ltd., Jiangsu Yang agricultural chemicals group, Sinopec Nanjing Chemical Factory, Shandong pesticide factory, Shenyang Chemical Co., Ltd., Chemical Plant in Kaifeng, caustic soda plant in Xinjiang, Inner Mongolia Dongsheng Group of Iraq, two of Beijing Co., Ltd. of South East Xinhua, Guangzhou, 1000 chlor-alkali chemical plants and other enterprises have been used by In the mud of salt, calcium carbide mud filter.

上海氯碱总厂，江苏苏化集团，无锡格林艾普化工股份有限公司，江苏江东化工股份有限公司，镇江振邦化工有限公司，江苏扬农化工集团，中石化南京化工厂，山东农药厂，沈阳化工股份有限公司，开封化工总厂，新疆烧碱厂，内蒙东胜伊化集团公司，北京化二股份有限公司，东南电化股份有限公司，广州化工厂等上千家氯碱企业相继使用，用于盐泥、电石泥过滤。

I Tuopu shock absorber plant for Wuxi Co., Ltd., Zhangjiagang City-Long damper Limited, Jiangxi long value Technology Co., Ltd, Wuxi Hua shock absorber Ltd., Wuxi Rongchang Power Machinery Co., Ltd., Wuxi Che-hung acoustic shock absorber Ltd., Shun-machine factory in Wuxi, Wuxi Zhenhua Motorcycle Co., Ltd. in Wuxi San shock absorber, Wuxi St. Di shock absorber Ltd., Wuxi Jiangnan shock absorber Ltd., Nanyang in Henan Mopei, Haimen Warwick Machinery Co., Ltd. supporting services, and year after year on their superior quality of supporting companies

我厂为无锡拓普减震器有限公司、张家港市振龙减震器有限公司、江西长衡科技有限公司、无锡华胜减震器有限公司、无锡荣昌电力机械有限公司、无锡鸿声减震器有限公司、无锡惠顺机械厂、无锡振华机车有限公司、无锡国圣减震器有限公司、无锡圣迪减震器有限公司、无锡江南减震器有限公司、河南南阳摩配、海门华威机械有限公司配套服务，并连年评它们的质量优胜配套公司

About 100 chemical enterprises in the city have strong production power, eg, Yizheng Chemical Fibre Co., Dairen Chenical Co., Yangnong Chemical Co.,Qunfa Chemical Co., Lianhuan Pharmaceutical Co., Sanxiao-Cocogate Joint Venture, Qionghua Group etc.

全市现有规模以上化工企业近百家，主要骨干企业有仪征化纤、大连化工、扬农集团、优士化学、建邦石化、群发化工、联环制药、三笑高露洁、琼花集团等。

The formal potentials in cyclic voltammograms of these 3+ valence complexes are followed: Co〓-TPPS (-0.08V )＞Fe〓TPPS (-0.14V)＞Mn〓-TPPS (-0.23V). The electrochemical reaction of Mn〓-TPPS is reversible, and both of Co〓-TPPS and Fe〓-TPPS are quasi-reversible. The standard heterogeneous rate constants of Co〓-TPPS and Fe〓-TPPS were determined to be 1. 4×10〓cm/s and 1.4×10〓cm/s respectively. The rates of electrode reaction are as followed: Mn〓-TPPS＞Co〓-TPPS＞Fe〓-TPPS, e.i. Mn〓-TPPS is the most easily oxidized by the dissolved oxygen, and Fe〓-TPPS is oxidized slower than Co〓-TPPS. Ni〓-TPPS can not be oxidized. It is considered that oxygen plays an important role in the valence change of central metal atom and the rate of electron transfer in some metalloporphyrins.

三价金属卟啉络合物在循环伏安图上可得到三价到二价的还原和氧化响应，电极电位从大到小排列为：Co〓-TPPS(-0.08V)＞Fe〓-TPPS(-0.14V)＞Mn〓-TPPS(-0.23V)，电极反应可逆性也不相同，Mn〓-TPPS是可逆过程，Co〓-TPPS、Fe〓-TPPS是准可逆过程，实验测得Co〓-TPPS的标准电极反应速率常数ks＝1.4×10〓cm/s，Fe〓-TPPS的ks＝1.4×10〓cm/s，电极反应的速率从大到小为：Mn〓-TPPS＞Co〓-TPPS＞Fe〓-TPPS，即Mn〓-TPPS最容易被溶解氧所氧化，Fe〓-TPPS被氧化的速度最慢，Ni〓-TMPyP不能被氧化，因此我们认为溶解氧对金属卟啉中心离子的价态和电子转移速率起着重要作用。

Highlights a co-ordination: co-ordinating urban and rural economic and social development.

突出一个统筹：统筹城乡经济社会发展。

On the other hand,interface reaction is weakened drasticallyon the interface between Co with sulfur-passivated GaAs(100)by CH3CSNH2 treatment,astable interface forms at the coverage of 8〓Ga atoms bonded with S at the surface exchangewith Co atoms and diffuse into Co matrix,which causes the formation of Co-S bonding.

另一方面，对于Co与CH3CSNH2处理的S硫化GaAs(100)表面形成的界面，界面反应大为减弱。当Co覆盖层达到〓时，形成稳定的界面。

The first part starts with an overview of the world film co-production, which indicates that the tendency of co-production is the attributively demand of the film industry. Meanwhile, by offering some detailed introduction of the co-production policies of main film production countries, this paper reveals that the core of international co-production policy is a kind of relationship of competition and mutual-dependence.

第一部分主要对全球化背景下的世界电影国际合作总况做一个宏观的描述，指出国际合作是电影产业发展的属性要求；同时，通过对主要电影大国合作制片政策的介绍，揭示出国际合作政策的竞争与相互依赖关系的实质。

In the country has an extensive supporting network, its supporting manufacturers are: China FAW Group Corporation, Beijing Jeep Co., Ltd., Shenyang automobile factory, Beijing Automobile Works Co., Ltd., Beiren Group Corporation, Beijing Jin Tao Sanitary Ware limited Company, Beijing 27 Locomotive Factory, Beijing, multi-company, Beijing Clementi medical equipment plant, only the United States company, Shandong Liaocheng Zhongtong Holding Co., Ltd., Fuyao Group, Asahi Glass Automotive Glass Limited company, Tiger Hill Sealy Glass Industry Co., Ltd., Jiangxi factory fire vehicles, such as Dongfeng Motor Group.

在全国拥有广阔的配套网络，其配套厂家有：中国第一汽车集团公司、北京吉普汽车有限公司、沈阳汽车制造厂、北京汽车制造厂有限公司、北人集团公司、北京金陶洁具有限公司，北京二七机车厂、北京多元公司、北京金文医疗器械设备厂、美国才通公司、山东聊城中通控股股份有限公司、福耀集团公司、旭硝子汽车玻璃有限公司、山西利虎玻璃工业有限公司、江西消防车辆制造厂、东风汽车集团公司等。

The accusers denote in their indictment that, Shenzhen Aowo International Technology Development Co Ltd and Shenzhen Aowo Medical New Technology Co Ltd illegally use patent Circumrotating Coniform Focused Gama-ray Radiation Unit without authorization to produce gama knife systems, Concord Medical Services Holdings Limited and its affiliated enterprises Shenzhen Aohua Medical Device Development Co Ltd and Shenzhen Aohua Medical Device Leasing Co Ltd sell the illegal products, as well as invest 26 gama knife therapy centers.

原告在起诉状中表示，深圳奥沃国际科技发展有限公司和深圳市奥沃医学新技术发展有限公司未经许可，非法使用"旋转锥面聚焦式伽玛射线辐射单元"专利技术生产伽玛刀，泰和诚医疗集团有限公司属下的深圳傲华医疗设备发展有限公司和深圳傲华医疗设备租赁有限公司则销售这些侵权产品，并在各地投资建立了26家伽玛刀治疗中心。

Finally it offers the analysis of the fault-tolerance system as well as its test verification.

这样，运行于空间环境中的系统的设计目标就是在保证系统实时性

However, it is still difficult to find out the real reason of the increase of the keratinized gingiva during the orthodontic extrusion whether it is due to the proliferation of the gingival tissue or to its elastic nature, that is because the proliferation of the fibroblasts as well as the connective tissue changes in volume and the intra-fibers spaces were all immeasurable in most of the studies.

然而，仍然难以找到真正的原因增加的角化牙龈在正畸挤压它是否是由于扩散的牙龈组织或其弹性性质，这是因为增殖的成纤维细胞以及作为结缔组织的变化量和内部纤维空格都是不可估量的，大多数的研究。