垂直切变的英文

• vertical shear

• "垂直"英文翻译    perpendicular; vertical; squ ...
• "切变"英文翻译    shear; shearing
• "垂直切变力" 英文翻译 :    vertical shearing force
• "风的垂直切变" 英文翻译 :    vertical wind shear
• "垂直切割" 英文翻译 :    orthogonal cutting; perpendicular cut; square cutting; vertical cutting
• "垂直切割法" 英文翻译 :    vertical incision method
• "垂直切口" 英文翻译 :    vertical incision
• "垂直切力" 英文翻译 :    vertical shear
• "垂直切面" 英文翻译 :    elevation; vertical section
• "垂直切头" 英文翻译 :    square end
• "垂直切挖" 英文翻译 :    vertical cut
• "垂直切线" 英文翻译 :    vertical tangent
• "垂直切削" 英文翻译 :    orthogonal cutting
• "垂直切削力" 英文翻译 :    senkrechtschnittkraft vertical tool thrust
• "方端 垂直切头" 英文翻译 :    squareend
• "垂直切割喉刀" 英文翻译 :    vertically cutting laryngeal knife
• "垂直切削工艺" 英文翻译 :    vertical turning technology
• "垂直风切变" 英文翻译 :    wind shear
• "垂直切分单元格" 英文翻译 :    split cell vertically
• "垂直切面覆盖图" 英文翻译 :    elevation coverage diagram
• "前半喉垂直切除术" 英文翻译 :    anterior fronto-vertical partial laryngectomy; vertical anterior hemilaryngectomy
• "直切" 英文翻译 :    cut
• "口内下颌升支垂直切骨术" 英文翻译 :    intraoral vertical ramus osteotomy; intraoral vertival ramus ostrotomy
• "前半喉额面垂直切除术" 英文翻译 :    anterior frontal vertical partial laryngectomy
• "平直切变中夹层结构的抗拉强度的试验方法" 英文翻译 :    standard test method for flatwise tensile strength of sandwich constructions

• The effect of vertical shear of basic flow on low - frequency waves in tropics
  基本气流的垂直切变作用下的低纬低频波
• Within the core of a jet streak , flow speed may reach 200 to 300 km per hour with possibility of multiple maxima
  急流中心风速有时可达每小时200至300公里，而且可以有一个或多个风速极大中心，具有强大的水平切变和垂直切变。
• The model simulations indicate that the severe storm is occurred in the pattern high - level of northwest flow , the waterjumping downhill flow form taihang mountain is the key mechanism to initiate the convective , on the other hand , the terrain can induce unbalanced low - level flow , which play an importance role in generating the mesoscale gravity waves ( mgws ) by convergence and divergence in low - level troposphere
  ( 2 )太行山对华北强对流风暴的发生有重要作用。一方面，地形可引起边界层风场的变化，包括风垂直切变、下坡气流和中尺度辐合线，从而对风暴的启动、组织和移动发挥作用；另一方面，山脉背风波动和地形产生的不平衡气流，有利于中尺度重力波( mgws )的产生和维持，并对下游地区强对流天气的发展产生影响。
• The shear experienced by the departing aircraft was due to vertical shear as the plane passed through the low level jet . based on the winds measured on - board a flight departing 8 minutes earlier , there was a rapid increase in head wind component , from 13 kt at 1 , 420 ft to 39 kt at 3 , 100 ft
  起飞的飞机所遇到的风切变是由于该机经过低层急流的垂直切变所引致，根据一架在8分钟前起飞的航机量度到的风速，显示逆风由1 , 420尺的每小时13海里急速增加到在3 , 100尺的每小时39海里。
• The third part is the analysis to uprightness instability condition . it is made that there was the ascending air current about shenyang , the hailstone forming height is between 700hpa and 400hpa , die water vapor coagulating height is between 950hpa and 900hpa from the simulated tlogp evolvement chart . cape is in favor of severe convection development
  干湿空气间强的风垂直切变是此次冰雹强对流爆发的又一个重要触发机制，强冷空气到达地面强迫暖湿空气抬升，致使对流层中低层出现强风垂直切变，强风垂直切变对强对流的发生和发展起到了非常重要的作用。
• As the strong normal share of the wind , turbulent fluctuation is strengthened and the sands are raised up from the surface ground the wind speed in the atmosphere of the low level has a horizontal share and this pushes the sands in the atmosphere aggregate , so the visibility descend
  近地面风速的垂直切变和地面热通量的加大，都可使使边界层湍流加强扬起地面沙尘。地面锋区附近风场的强水平切变，锋面垂直环流及锋后斜压转换的作用，将地面卷起的沙尘带到高空，爆发强沙尘暴。
• Based on the sha lo wan profiler data at 0740utc , the vertical shear at around 1 , 100 ft was close to 8 kt per 100 ft . although this was lower than the 8 kt per 100 ft which has been used in the windshear warning system at the old kai tak airport , the increase in head wind was nonetheless significant due to the steep climb angle
  根据沙螺湾的气流剖析仪在0740utc录得的资料显示，在约1 , 100尺的垂直切变接近每百尺每小时8海里。虽然此切变低于以往启德机场的风切变警报系统所用的每百尺每小时8海里，但因为陡峭的爬升角度，令到逆风的增加变得显著。