principle of energy dissipation中文什么意思

• 能量耗散原理

• principle:    n. 1.原理，原则。 2.主义；政策；〔常 pl.〕道 ...
• energy:    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3 ...
• dissipation:    n. 1.消散，分散；【化学】散逸。 2.浪费；消耗，损 ...
• principle of dissipation:    耗散原理
• dissipation energy:    离解能量; 消耗能量

例句与用法

1. Principle of energy dissipation
   能量耗散原理
2. Main efforts has been done as follows : 1 . the state - of - the - art and practice in structural control is comprehensively reviewed and the principle of energy dissipation system is presented
   简述结构振动控制的发展概况，着重阐述了耗能减振技术的基本原理以及各种耗能器的研究和应用概况。
3. Chapter 4 explains the principle of energy dissipation in the view of energy , gives the design code and unified method for energy dissipation struture by two examples , finally states a real engineering which uses the lved . chapter 5 the conclusions , problems and future research topics of this item are summarized
   第四章从能量的角度阐述了耗能减震设计的原理，提出了设计准则，给出了耗能减震结构抗震设计的统一方法，并以两个算例进行说明，最后对铅粘弹性阻尼器在一项实际工程中的应用进行分析论述。
4. Firstly , the principle of energy dissipation of vdw is discussed and primary influential factors are assessed . it can be concluded that the dissipation performance of vdw is related to the thickness of viscous material , the area of inner steel plate , vibration frequency , the environmental temperature and the properties of viscous materials , which is the most important factor among these and would be the focus discussed in this paper
   本文首先探讨了粘滞阻尼墙的耗能原理，并分析了影响其耗能性能的主要因素，认为粘滞阻尼墙的耗能性能与粘滞材料的厚度、内钢板的面积、振动频率、环境温度、粘滞材料自身特性等因素有关，其中粘滞材料的性能是最重要的影响因素。