1) energy correction
动能校正
2) kinetic energy correction coefficient
横向动能校正系数
1.
To reflect the kinetic energy loss intensity in a compound channel, two new concepts, transverse kinetic energy correction coefficient (TKECC) and kinetic energy loss rate (KELR) are put forward for steady, mean and turbulent flow.
为了反映动能损失的强度,针对恒定、均匀、紊动水流,提出了横向动能校正系数和动能损失率的概念。
3) kinetic energy
动能
1.
Discussion on a wrong conclusion gotten by theorem of kinetic energy for a system;
动能定理应用时的一个伪命题探讨
2.
Study on the Photoelectric System of Measuring the Speed and Kinetic Energy of a Bullet;
光电式子弹速度及动能测试系统研究
3.
application of kinetic energy theorem of mass point system;
质点系动能定理应用解析
4) Turbulence Kinetic Energy
湍动能
1.
At the centre of the section near the top of burners,its rising velocity is minimum,its turbulence kinetic energy is maximum,and its temperature is maximum too.
结果表明 ,大空间锅炉炉膛的速度场、温度场分布很不均匀 ;燃烧器上部附近的炉膛中心烟气上升速度最小 ,湍动能最大 ,温度最高 。
2.
Then the result of turbulence kinetic energy of numerical simulation near the roof in the 90° direction was present,which was used to analyse the rule of distribution of fluctuating wind pressure on the cantilever.
随后给出90°风向下贴近屋盖面上数值模拟湍动能,以此分析悬挑屋盖面上脉动风压分布规律,且用风洞实验的脉动风压均方根值结果进行验证。
5) blast momentum
鼓风动能
1.
Calculation of the blast momentum in ironmaking;
关于炼铁鼓风动能的计算
2.
The descriptions of the formula of blast momentum in some ironmaking literatures are reviewed.
作者收集了一些炼铁专业书籍中关于鼓风动能的公式,发现在其表述上存在英雄模范些问题,如鼓风质量与鼓风重量概念的模糊,鼓风压力单位运用的错误等等,这些都将影响鼓风动能计算的正确性。
6) blast kinetic energy
鼓风动能
1.
The influence of blast kinetic energy on blast furnace smelting when high spouting pulverized coal was studied,and importance of blast kinetic energy to stable operation of blast furnace was pointed out,moreover the effect factors and control measures of blast kinetic energy were in detail analyzed in this paper.
探讨了高喷煤时鼓风动能对高炉冶炼的影响,指出高喷煤时鼓风动能对高炉稳定顺行的重要性。
2.
The measurements such as improving the quality of raw material, optimizing the operation technique, increasing the blast temperature, selecting the adaptable blast kinetic energy and oxygen enrichment rate are taken to properly control of suitable coal gas distribution and raise the pulverized coal injection of No.
梅山2号高炉开炉后通过采取提高原燃料质量,优化高炉操作,提高风温,选择合适的鼓风动能和富氧率等措施,控制煤气流合理分布,使高炉喷煤量达到150kg/t。
参考词条
补充资料：比释动能
比释动能
kinetic energy released in material; kerma
bishi由叩neng比释动能(kineticene卿rele胎ed in Irlaterial;ke~)剂量学量之一。1958年，w.c.勒施提出单位质t所释放的动能的概念，称为kerm(kinetiee”e咬万回eaa司卿画t~)，反映不带电粒子辐射与物质相互作用中的能t传递。后又采用比释动能ke~(七杨。ene耳妙花1以曰妇inm川e‘目)，符号为K。比释动能的定义为dE。除以dm所得的商，即 K== dE，/dm式中dE。为不带电粒子在质量为dm的物质中所释放的所有带电粒子的初始动能之和。sI单位为凡一‘(焦耳每千克)，专用单位为仰(戈〔瑞」)。适当选择物质中的比释动能，可以方便地描述不带电粒子的辐射场，例如空气比释动能、组织比释动能等。 (吕维纯徐涌)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。