能量计算的英文

• energy calculation

• "能量"英文翻译    energy; amount of energy
• "计算"英文翻译    count; compute; calculate; r ...
• "能量计" 英文翻译 :    energy meter
• "企业节能量计算方法" 英文翻译 :    method of calculating energy saved in industrial enterprise
• "表观能量计" 英文翻译 :    apparent-energy meter
• "激光能量计" 英文翻译 :    laser energy meter
• "能量计，功率计" 英文翻译 :    energy meter
• "热电能量计" 英文翻译 :    pyroelectric energy meter
• "热释能量计" 英文翻译 :    pyroelectric energy meter
• "按量计算" 英文翻译 :    in volume
• "按批量计算" 英文翻译 :    calculation based on batch quantity
• "按湿量计算" 英文翻译 :    wet basis
• "按液量计算" 英文翻译 :    in liquid measure
• "按重量计算" 英文翻译 :    by weight
• "标量计算" 英文翻译 :    scalar computation
• "标量计算机" 英文翻译 :    scalar computer
• "测量计算" 英文翻译 :    surveying calculation; surveying computation
• "产量计算" 英文翻译 :    yield computation
• "储量计算" 英文翻译 :    calculation of reserves
• "大量计算" 英文翻译 :    massive calculation
• "分子量计算" 英文翻译 :    estimating of molecular weight
• "含量计算" 英文翻译 :    cubage; cubature
• "几何量计算" 英文翻译 :    geometric numeration
• "剂量计算" 英文翻译 :    dose calculation
• "交通量计算" 英文翻译 :    traffic measurements

• Energy calculation of water induced earthquake at danjiangkou reservoir
  丹江口水库诱发地震的能量计算
• Gandini a , salvatores m . the physics of sub - critical multiplying system [ j ] . j nucl sci tech - nol , 2002 , 39 ( 6 ) : 673 ~ 686
  栗再兴,黄锦华.启明星1 #装置中子通量能谱与中子平均能量计算[ j ] .原子能科学技术(待发表)
• The main researches were as follows : by the underwater test results of condensed explosive , the optimized test conditions and the several calibration parameters for energy calculation were determined in a small pool
  通过对凝聚相炸药水下爆炸能量的测试，确定了在小水池中测试炸药能量的最佳条件及能量计算的修正参数。
• This paper presented m - band wavelet - based watershed image segmentation method for medical digital image . the method was based on a multiresolution application of a m - band wavelet and watershed transformation , followed by a wavelet coefficient based energy computation and region merging procedure . the results showed that the method was useful for the reduction of over - segmentation and can be applied to the segmentation of digital images
  本文针对医学数字图像数据量大和噪声情况复杂的特点,结合多尺度分析理论,通过多小波图像分解、能量计算、分水岭变换和区域融合等步骤,克服了分水岭变换严重的过分割问题,实现了有意义的区域分割。
• In the way based the scientific and tecdrical talks on i presided at and panicipated in , the graduation theis included a p1entful thets in recent years wtll be divided into three parts for depiction conxteniently and clearly , according to the content as fo1lowsf ( l ) the study of shock compression properties with the drixtiir - liquid co and n , experimentally ( 2 ) the study of the phenomenon of excess heat produced by deuteriurn atoms entering into the lattice of titaluxn experimentally ( 3 ) the calcujation for the electronic structure and energy of hydrogen atoms cluster ffi . the mainstream in the first part of the paper is to exposure some experimental tecndques in high pressure and high temperatur shock compression physics , including by using a cryo - target cooled down circulating steaxned n , to condense the well - proportioned mixed liquid sample from pure gas co and n = with equal molar voiurne
  根据近几年所承担和参加的科研任务，将研究成果总结写成的论文按以下三个部分叙述： ( 1 )液体co和n _ 2混合物冲击压缩特性的实验研究(由国防科技重点实验室基金项目96js75 . 2 . 1 . jw1902资助) ( 2 )重氢原子进入钛晶格中引起过热现象的实验研究(由国家自然科学基金10145002资助) ( 3 )氢原子团簇h _ 9的电子结构与能量计算第一部分以高温高压冲击波物理实验为主，采用自行研制的低温循环汽冷靶冷凝制样技术由高纯co和n _ 2气体获取等摩尔体积均匀混合的液体冲击初态样品。
• Abstract : with the theory of vacuum phase - transition and the special theory of relativity , and adding two simple hypotheses that are not contradictory to the theories now available , the paper deduces a kind of energy fomula that gives a probable interpretation of some quasars " energy mechanism that far exeeds the energy of nuclear
  文摘:利用真空相变理论和狭义相对论，加上两个与现有理论不相矛盾的简单假设，导出了一种能量计算式，对某些类星体远比核能强大的能源机制提出了一种可能的解释
• We primarily do theses works : first , for the rtcvd equipment that we required has a big chamber , high working temperature and fast temperature ramp rate , the energy that required for the high temperature working conditions was computed ; then the reflector material and the shape of the reflector were chosen . through computer simulation we designed a reflector that can reflect the energy of each lamp individually through each half - cylindrical - face
  针对本课题要求的rtcvd设备的反应腔大、工作温度高和升温速度快的特点，首先对设备升温条件进行能量计算；接着从反射腔材料选择和形状设计等方面出发，利用计算机模拟最终设计出为每根灯管分别反射辐射能的圆柱面形反射罩。
• The optimal models for calculating destruction effect from several accident modes are analyzed and illustrated ; it shows that the above analysis , forecast and flow chart , which are a qualitative method for the analysis of explosion source , can be well applied to judging the explosion source ' s character and its destruction effect in the accident modes , and provide an important basis for the calculation of explosion energy as well
  简要分析了几种事故模式破坏效应的最佳计算模型和应用实例，证明了所做的分析预测和编制的流程图，可以很好地应用于判断事故模式中爆炸源性质及其破坏效应，是对爆源的一个定性分析方法，同时为爆炸能量计算的重要依据。
• Applied the principle and method of soil erosion , soil erosion mechanics , soil science , mathematical statistics , hydrology , and soil and water conservation method , we evaluate the energy formula of domestic and international in the loes s plateau used . analyzed the research district soil erosion energy characteristic
  运用土壤侵蚀学、土壤侵蚀力学、土壤学、数理统计学、水文学、水保法等原理和方法，对国内外能量计算公式在黄土高原的应用进行了评价，并分析了研究区土壤侵蚀能量特征。
• Applying strain - energy distributing theory during col1iding and energy ruler during colliding , the paper put forwards the critical velocity equation which rock - mass destroy when colliding occuf , and other severa1 equations to make certain average velocity and motion direction after collide . at the same time , the equation to make certain the value of energy to make rock - mass destroy has been deducted , and on the base of this , the paper brings forward the equation to calculate average diameter after rock - mass falls into pieces by the way of word - cost theory . accordingly , the paper perfectly studies the effect of falling into pieces in the course of landslide colliding
  ( 3 )首次应用碰撞过程应变能“分配”原理及岩体破坏的能量条件，导出了滑坡岩体在碰撞时发生破坏的临界速度公式及碰撞后滑坡岩体的平均速度和运动方向的确定公式，导出了碰撞过程用于岩体破碎的能量计算公式，并在此基础上，利用功耗原理，提出了滑坡岩体破碎后平均块度的计算关系式，从而较完整地分析了滑坡岩体碰撞的解体破碎效应。