cohere

• By forcing up the amount of information needed for the social system to cohere , and the speeds at which it must be exchanged , the third wave shatters the framework of obsolete , overloaded second wave info sphere and constructs a new one to take its place
  通过迫使社会系统连接所需信息量的增加和信息交换速度的提高， “第三浪潮”摧毁了“第二浪潮”过时的、超负荷的信息领域框架，并建立一个新的构架来代替它。
• As the carrier of knowledge and enterprise production element , human capital is the capital which is cohered to labor , transformed through capital invested fees , and is the representation of the labor skills and technique . or human capital present in the labor and it is the nonmaterial capital which is expressed through the quality and quantity of the labor . so the human capital becomes the key of the enterprise to exist and develop
  而人力资本作为知识载体和企业生产要素,是指凝结在劳动者身上,由资本投资费用转化而来的,表现为劳动者技能和技巧的资本,是一种体现在劳动者身上,以劳动者的质量和数量所表示的非物质资本,也因此而成为企业赖以生存和发展的关键。
• It discusses a series of instructional strategies of adjustment and development in school environment from five layers which are initiating impetus , strengthening impetus , adjusting impetus , cohering impetus and stabilizing impetus , abiding by the principles of structural optimization and of following in sequence and of developing respectively
  遵循整体优化原则、循序性原则及区别开发原则，本课题分别从引发动力、增强动力、调节动力、凝聚动力和稳定动力等五个层面，探讨了思政课学习动力系统的校域调控和开发的一系列教育教学策略。
• The crux of the reinforcement of the concrete structure is the bond behavior of the cohering face of the new - old concrete . the bond behavior of the cohering face under normal atmospheric temperature has been studied deeply and has more conclusions . what will happen about the bond behavior of the cohering face of the new - old concrete after high temperature ( e . g
  利用混凝土进行补强加固的关键在于新老混凝土粘结面的粘结性能，粘结面在常温下的粘结性能已有较多较深入的研究和结论，而对于补强加固的混凝土建筑物在受到高温(例如火灾)后其新老混凝土粘结面的粘结性能有何变化
• Abstract : in the 1d random traffic flow model , the relationbe tween the correlation functions and the creation , disappearance , brake probabiliti es ofthe vehicles is presented , according to the statistical mechanical approach to thecorrelation functions . and then comes out the results cohering with the c omputersimulation
  文摘:依据概率论的定义，通过对关联函数的解耦，给出两点的关联函数与转入、转出及刹车概率之间的关系，并对其结果进行了讨论，计算机数值模拟结果与理论结果一致
• At the existence of batio3 , the pan / batio3 nanocomposite are prepared by in situ complex technology . the shape of complex is not regular and their mean size is in the range of 1 ~ 2 u m there are chemical bond between pan and batio3 in pan / batio3 nanocomposites , for the complex mechanism of pan with batio3 nanoparticles , first , there are complex between pan and batio3 nanoparticles . pan have the function of cohering batio3 nanoparticles
  乃o3纳米粒子的原位复合过程中，首先是an单体与batio3纳米粒子相互作用，由于钛酸钡权于的存在，苯胺单体首先吸附在钛酸钡粒子表面，当过硫酸铰加入溶液中时，聚合过程首先在这些氧化物的表面进行，这导致了聚合物对钛酸钡粒子的吸附及围绕钛酸钡粒子的受限生长。
• With the fast development of electronic commerce , the semi - conductor marketing mode has taken a revolution change , xunfeng will insist on forward concept , continuously creative and reform , cohere and attract more and more talent , aims to be the most competitive semi - conductor business agent of china
  随着电子商务的迅速发展，半导体销售模式也发生了革命性的变化，讯锋要坚持以先进的管理理念，不断创新与变革，凝聚和吸引更多的创业精英，目标成为中国最具竞争力的半导体分销商。
• 7 . sodium chloride has slight effect on the heat of micropcm phase transition , but it easily leads microcapsules to stick together . for the microcapsules feeding more than 6 % sodium chloride in the emulsion , their super - cooling can be prevented availably ; however , their mechanical intensity and their thermal stabilities turn worse and they cohere each other
  7 、 nacl对微胶囊的相变热影响较小，但容易造成微胶囊粘结；乳液中的naci浓度超过为6 %合成的微胶囊的过冷现象得到明显改善，然而，胶囊的机械强度与耐热性能均下降，微胶囊之间发生粘结。
• Through experiments and theoretical analysis , we check the splitting tensile strength of the cohering face of the new - old concrete after high temperature ( 200 - 900 ) , and clarify the relation between temperature and splitting tensile strength of the cohering face . this has guiding meaning for the reinforcing project to prevent high temperature
  本文研究旨在通过试验和理论分析，考察不同高温( 200 900 )后新老混凝土粘结面的劈拉强度，阐明温度和粘结面劈拉强度之间的关系，对加固工程防高温具有指导意义。