助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   inner deflection angle 的翻译结果: 查询用时:0.182秒
图标索引 在分类学科中查询
所有学科
矿业工程
更多类别查询

图标索引 历史查询
 

inner deflection angle
相关语句
  内偏角
     CHGS METHOD FOR NUMERICAL FORECASTING OF TYPHOON WAVES——Ⅱ . Computations of frictional correction coefficient and inner deflection angle of wind direction for the gradient wind in the wind field of typhoon
     台风波浪数值预报的CHGS法——Ⅱ.台风风场中梯度风摩擦修正系数和风向内偏角的计算
短句来源
     Calculation and search system of inner deflection angle for hoisting steel rope base on VISUAL BASIC
     基于VB的提升钢丝绳内偏角计算与查询系统
短句来源
     The maximum wind speed with minimum inner deflection angle resides at the right back side of the TC moving direction.
     最大风速和它半径上的最小风向内偏角出现在热带气旋移向的右后侧。
短句来源
  相似匹配句对
     It is inner randomicity.
     这种现象是由系统完全确定的,是一种内随机性。
短句来源
     Inner Wild
     内敛的狂野
短句来源
     Pursuit and Deflection
     追求与曲折
短句来源
     Error Analysis of the Inner Resistance of the Circuit Detector Measured by the Homo Deflection Method
     等偏法测量检流计内阻的误差分析
短句来源
     Inner Force and Deflection Analysis in the Temporary Bridge of Metro Station Loading Test
     地铁车站便桥结构承载试验内力挠度分析
短句来源
查询“inner deflection angle”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
没有找到相关例句


If frictional drag is considered in the equation of gradient wind for a stationary typhoon with circularly symmetric distribution of pressure, the balanced equations for the forces can be expressed asSolving the above set of equations, velocity of gradient wind ν(k,c) and inner deflection angle β(k.c) can be obtained.ν(k.c) and β(k.c) represent the effects of frictional drag and moving velocity of typhoon respectively. Now, setting K = 0, we can find ν(0.c), and β(0.c) (here, β(0.c) = 0) ,and then define...

If frictional drag is considered in the equation of gradient wind for a stationary typhoon with circularly symmetric distribution of pressure, the balanced equations for the forces can be expressed asSolving the above set of equations, velocity of gradient wind ν(k,c) and inner deflection angle β(k.c) can be obtained.ν(k.c) and β(k.c) represent the effects of frictional drag and moving velocity of typhoon respectively. Now, setting K = 0, we can find ν(0.c), and β(0.c) (here, β(0.c) = 0) ,and then define a frictional correction coefficient c as v(k.c)/v(0.c) (i.e. c = ν(k.c)°/ν(0.c)).In the case of Myers pressure expression, the computational results show.1. Both c and β are variables.The characteristics in their radial distributions are that c is about 0.6 at the edge of typhoon, and increases inward to nearly 1 in the vicinity of typhoon centre: β is about 35° at the edge and 2°-8° near the centre, it decreases inward;ν(k.c) reaches its minimum at the edge and the maximum appears at r = R0, it sharply decreases inward further.2. C and β are also related to the characteristic parameters △P, R0,,Yc and Vc. For instance, β decreasen and c increases when △P becomes larger. It is consistent with the case that typhoon develops and enhances the rota-tios of its flow.To sum up, the model proposed here is more reasonable than those with c and β as constants,in the simulation of wind field of real typhoon by using statistical data.

本文采用含有摩擦力项的台风梯度风方程,其离心力项中曲率半径的计算考虑了台风移动的因素,由此得到的台风风场模式,其梯度风摩擦修正系数c和风向内偏角β都是变化的。c一般从台风外围的0.6以下向台风中心方向递增,到台风眼壁附近其值接近1.0;β由外围的35°左右向台风中心方向递减,到眼壁附近减为5°以下,这比以往所用模式都有明显的改进。

By the agency of Fujita pressure formula, a method to calculate the maximum wind velocity radius of mobile asymmetric tropical cyclone (TC) over the sea in the circumstance that the strength keeps constant is developed in terms of the horizontal momentum equations with frictions in the polar coordinates after the reasonable simplification and derivation in the presence of the maximum wind speed. The result suggests that the maximum wind velocity radius will be large under the conditions that the maximum wind...

By the agency of Fujita pressure formula, a method to calculate the maximum wind velocity radius of mobile asymmetric tropical cyclone (TC) over the sea in the circumstance that the strength keeps constant is developed in terms of the horizontal momentum equations with frictions in the polar coordinates after the reasonable simplification and derivation in the presence of the maximum wind speed. The result suggests that the maximum wind velocity radius will be large under the conditions that the maximum wind is small, the central pressure is low, the environmental air temperature and pressure are high, and the TC locates at a the low latitude or the friction coefficient is small, and vice versa . The maximum wind speed with minimum inner deflection angle resides at the right back side of the TC moving direction. The case studies of 9109 and 9115 TC indicate that the maximum wind radius increases in the initial stage of the TC development, decreases in the mature period, and enhances rapidly in the decay phase.

利用含有摩擦的平面极坐标水平运动方程组 ,引入藤田气压模式 ,在热带气旋域内最大风速为已知的条件下 ,经过合理的简化和推导 ,得到了呈稳定状态的海面移动非对称热带气旋的最大风速半径的计算方案。分析结果表明 ,当最大风速越小、中心气压越低、环境温度和气压越高、纬度越低或摩擦系数越小时 ,热带气旋的最大风速半径就越大 ;反之 ,最大风速半径就越小。最大风速和它半径上的最小风向内偏角出现在热带气旋移向的右后侧。对91 0 9号和 91 1 5号热带气旋的计算表明 ,最大风速半径在发展初期增加 ,在发展后期减小 ,而在衰减期迅速增加

At present,the calculation and calculation formula for the max inner deflection angle of the hoisting rope for the single winding hoist is quite complicated and the curve to search the allowed inner deflection angle is complicated and easy to make mistakes.The paper developed the calculation and calculation program for the max inner deflection angle for the steel rope base on VISUAL BASIC language.Base on the test and measurements,the paper introduced the search system.

根据目前钢丝绳最大内偏角的计算及验算公式较复杂,查询允许内偏角曲线较繁琐容易出错等实际情况,利用V isual BASIC语言开发了钢丝绳最大内偏角计算及验算程序,介绍在此基础上编制的查询系统。

 
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关inner deflection angle的内容
在知识搜索中查有关inner deflection angle的内容
在数字搜索中查有关inner deflection angle的内容
在概念知识元中查有关inner deflection angle的内容
在学术趋势中查有关inner deflection angle的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社