energy condition meaning in Chinese
能量条件
Examples
- Energy front has offered energy condition to produce severe convection
能量锋区为产生强对流提供了能量条件。 - Recently amos ori envisioned a wormhole which allowed time travel , did not require any exotic matter , and satisfied the weak , dominant , and strong energy conditions
最近阿摩司?奥利预想了一个能够时间旅行的虫孔，确实不需要任何外来物质，而且适合弱相互作用和强能量情形。 - The optimum design of the beat back - impact crusher is proposed , which aims at the highest efficiency of the machine work . the optimum designed mathematics model of the main structural dimension of the crusher ( m , , xc , s , w 2 > ir ) is built with restraining conditions such as force condition , energy condition , hammer steady condition , no moving interference , strength of spin axle and bearing condition , upper limit and lower limit of the design variant condition etc . finally , an example is give to illustrate the efficiently of the method proposed
在综合考虑影响破碎机效率的各因素的情况下，提出了满足以力，能量，锤头稳定性，几何条件，不发生运动干涉，转子轴和滚动轴承的强度等约束条件，建立了包含破碎机关键参数(锤头质量m ，轴心o到销轴锤头接触距离r ' ，四川大学硕士学位论文锤头质心到销轴与锤头接触点的距离拙，锤头与岩石碰撞到销轴与锤头接触点的距离s ，转子的速度。 - This paper uses systematic project for energy system according to jiangsu and ten province energy conditions in west . it applies nonlinear chaotic dynamics theory in energy system and builds the chaotic dynamics model of energy system : chaotic time series model . the largest lyapunov index energy time series has been calculated according to decimal quantity method
本文根据江苏及西部十省能源状况，利用系统工程的方法对能源系统进行研究，将非线性混沌动力学理论应用于能源系统中，建立能源系统的混沌动力学模型：混沌时间序列模型，采用小数据量方法来计算了能源时间序列的最大李雅普诺夫指数。 - According to the experience about the boiler ' s operation management of the boiler house in southwest jiaotong university , through preventing leaks , cleaning ashes , removing scales and improving the operating level of stokers , to enhance the level of boiler ' s operation management and guarantee the boiler ' s operation in a safe and conserving energy condition are introduced in this paper
根据链条锅炉除尘废水的特点，分析总结了治理中小型锅炉湿法除尘废水的各项技术，提出切实可行的治理工艺路线。根据西南交大锅炉房的运行管理经验，通过堵漏、清灰、除垢以及提高司炉人员操作水平等措施，提高锅炉运行管理水平，确保锅炉安全节能的运行。