小臂的英文

• forearm
• lower arm

• "小"英文翻译    small; little; petty; minor
• "臂"英文翻译    arm
• "小臂骨的" 英文翻译 :    radius
• "小臂回收" 英文翻译 :    xiao bi hui shou
• "小臂伸出" 英文翻译 :    xiao bi shen chu
• "小臂油缸" 英文翻译 :    xiao bi you gang
• "小壁虎" 英文翻译 :    geko
• "小闭曲线" 英文翻译 :    small closed curve
• "小毕哈属" 英文翻译 :    bilharziella
• "小毕的故事" 英文翻译 :    growing up
• "小陛下" 英文翻译 :    his majesty minor
• "小碧潭支线" 英文翻译 :    xiaobitan branch line

• It is ideal for building your hand and forearm strength
  能有效加强使用者手部和小臂的力量。
• Use your top hand and pull back
  小臂握杆，用力后挥！
• Frame # 13 : left hand / forearm force application is backward and powered by upper arm adduction
  画面13 ：左手/小臂向后用力，并由上臂内收提供动力。
• Frame # 12 : the left arm hand / forearm surface is positioned to apply force as adduction of the upper arm commences
  画面12 ：随着左大臂内收的开始，左臂的手/小臂推水面形成。
• Li i - y had a younger brother who was also credited as an author of at least one work on the subject of t ai chi , li chi - hsan
  拳握得太紧，则影响手、小臂和肘的放松，并且有碍气血通畅。
• Frame # 7 : the use of the hand / forearm as a propelling surface is clearly demonstrated with the right arm as adduction continues to be the source of force production
  画面7 ：画面清晰显示了手/小臂推水面，内收的右臂继续成为动力之源。
• Considering the restriction of the effective transportation capacity , two - arm stretching mechanism , as a new scheme of deployable arm , is proposed in this thesis and has been primarily designed
  考虑卫星、天线结构和运载工具有效空间的限制，本文提出了天线展开臂由大臂和小臂两部分组成的设计方案，并对天线展开臂进行了初步的结构设计。
• With your weight supported on your right foot , turn to the right to 10 oclock , and cross your left hand , palm in , over your right wrist , palm out . 2 . separate your hands , each making a downward circle with the palms tilted down
  捋：身体微向左转，左手向左斜上方轻轻提起，左手掌心向下，右手掌心向上，身体右转，重心后移，两手向下向后摆起，右手自然折回，左手小臂内旋，右手指根落于左臂的腕关节处，身体左转，重心前移，成左弓步。
• According to virtual prototype simulation course , we can get constraint con - dition and receiving strength state of thigh , calf , arm and u fork , consequently carry on modal analysis of thigh and calf as well as arm . then carry in effect the
  最后根据虚拟样机仿真过程,可以获得大腿、小腿、大臂、小臂和u型叉的约束条件以及受力状况,从而对大腿、小腿和大臂、小臂进行模态分析,以及对u型叉、髋部十字轴等部件进行应力分析并且提出结构的合理改进。