s bend造句

• A man can ' t ride your back unless it ' s bent
  你的腰不弯，别人就不能骑在你背上。
• Now how would one get to this sook ' s bend
  大家都是怎么去那个海滩的呢
• Caroline ; look at where it ' s bent over , father
  看那个弯折的地方,神父
• I know that but this one ' s bent bent
  我知道啊，但这个确实是弯了… …
• Check the angle - lever . maybe it ' s bent
  检查一下扳击，看是不是弯了
• Yes , indeed . now he ' s bending on his knees
  是的，现在他给教练下跪
• Caroline : look at where it ' s bent over , father
  看它向哪方向弯曲
• Yeah , well , he ' s bent these good - style . it ' ll be . 25 quid that , love
  是啊，把轮子都撞弯了，得收你们25镑
• Yeah , well , he ' s bent these good - style . it ' ll be . . . 25 quid that , love
  是啊，把轮子都撞弯了，得收你们25镑
• I can ' t . it ' s bent
  不行啊已经弯了
• Me , tall , blonde and fair with my hand on uncle melrose ' s bent back
  我，高高的个子，金黄色的头发，白皙的肤色，一只手搭在叔父麦罗斯的驼背上。
• I can ' t hammer this nail into the wall ; either it ' s bent or i must have struck a brick
  这颗钉子我敲不进墙，也许钉子弯了，要么我必定是碰上了砖头。
• Image processing technique and its application in the measurement of electron gun ' s bend and distortion error
  图象处理技术在电子枪扭弯曲特性检测中的应用
• By this program and experimental data , the author analyzes the strengthening theory and the cross - section ' s bending resistance capacity of strengthened beam
  并利用此程序和试验数据对预应力加固梁及粘钢加固梁的加固原理和正截面应力状态进行了探讨。
• The influence law of gear ' s bending stress affected by nominal pressure angle and technological angle of tooth profile has been summarized and obtained a conclusion that the maximum bending stress before running in period occurred at the waist place of the tooth , thus provided a theoretical foundation for the design and application of double arced gears
  总结了名义压力角和齿形工艺角对轮齿弯曲应力的影响规律，并得出跑合前最大弯曲应力发生在齿腰处的结论，为双圆弧齿轮的设计和使用提供理论依据。
• This paper mainly deals with the effect of hydrosoluble hp fibre , fibremesh and fdn on cement mortar ' s bend resistant strength and compressive strength under the same operating conditions and with different hp mixtures ; comparing fibremesh to hp , both of which have different effects on concrete ' s compressive strength , tensile strength and bend resistant strength ; and finally discussing hp ' s mechanism
  本文主要研究了工作性相同、 hp掺量不同时水溶性高分子纤维( hp ) 、纤维网、 fdn高效减水剂对水泥砂浆抗折强度、抗压强度的影响。同时对纤维网和hp增强混凝土的抗压强度、劈裂强度、抗弯强度作了对比分析。最后对hp的作用机理进行了研究。