It mainly inludes the interaction analysis between trational publishing and electronic publishing . also this part includes some theory conclusions which are deduced from interaction analysis . charpter 3 is mainly about statistic analysis of electronic publshing 内容主要包括三个部分:一是电子出版在与传统出版互动中的发展法则;二是传统出版在与电子出版互动中的生存法则;三是传统出版与电子出版的互动导致的结论思考。
During the last decade , surface plasmon resonance ( spr ) - based optical biosensors are being used extensively for biomolecular interaction analysis , in addition , another emerging biosensing technology , quartz crystal microbalance ( qcm ) has also been introduced to achieve the aforementioned tasks 若能在早期先导药物的研发进程中,预先以生物感测科技进行适切与深入的分析,不但可有效节省药物开发所需的时间与成本,更能有助于先导药物后续的最佳化。
Secondly , around the present research situation about the interaction analysis of structure and foundation , this dissertation gives a detail review . based on the 3 - d non - thickness jointed element theory , a new model is proposed which simulates the tangential slip effect of the jointed face . by means of increment loads searched automatically methods , the program is achieved to validate the feasibilities of the model 其次,本文对结构和基础的接触问题研究现状进行了回顾分析,并在“空间无厚度接触单元”的基础上,提出了模拟接缝面切向滑动的本构关系,采用“变增量搜索法”进行计算,通过算例分析得到了该模型的合理性、实用性验证。
In the document , a number of techniques are briefly introduced including user workshop , facilitation , timebox management , parallel development , logical data modeling , business process modeling , function decomposition , interaction analysis , prototyping , cluster analysis , entity state analysis and event dependency analysis . ) (文件会简单介绍多种技巧,包括用户工作坊、领导工作、时间盒管理、并行发展、逻辑数据模式、业务程序模式、功能分解、相互分析、原型开发、组合分析、实体状态分析及事件需求分析。
Based on the current research , further development has worked as follows . ( 1 ) the theory bf mutilayered elastic half space is applied to the interaction analysis of mat and pile ? at foundation of tall building firstly in this paper , which provide a reasonable method for interaction analysis of foundation on layer soil 在前人工作的基础上本文进一步作了以下工作: ( 1 )把多层弹性半空间理论应用于片筏和桩筏基础的共同作用分析中,使得层状地基上片筏和桩筏基础的计算更为合理。