fatiguing

英 [fəˈtiːɡɪŋ]

美 [fəˈtiːɡɪŋ]

adj.  令人身心交瘁的; 劳心劳力的
v.  使疲乏; 使劳累; 使（肌肉，器官）衰竭
fatigue的现在分词

现在分词：fatiguing　

COCA.40021

柯林斯词典

• ADJ-GRADED 令人疲惫的;令人疲劳的
  Something that isfatiguingmakes you feel extremely physically or mentally tired.
  1. Jet travel is undeniably fatiguing.
     毋庸置疑，乘飞机旅行是令人疲惫的。

双语例句

• Change of Plasma K~+ and pH Induced by Two Fatiguing Exercises with Different Intensity and Their Effects on Surface EMG of Active and Inactive Muscles
  两种强度疲劳性运动引起血K~+和血PH值变化及其对活动肌和非活动肌表面肌电图的影响
• It was fatiguing sometimes to try to measure up to her standard of perfection
  有时候，力求达到她尽善尽美的标准让人觉得很累。
• Subsequently, the neighborhood firing method and node fatiguing method help to implement the reasoning. Finally, an enviroment protection case is simulated basing on reasoning.
  提出邻域关联激发技术、节点疲劳技术，实现浸润推理。
• The cycle behavior and the substructure change in bridge-using Al alloy at two heat treatments were studied tinder strain contolled low-cycle fatiguing.
  在应变幅控制下，研究了桥用铝合金在两种热处理工艺下的循环特性及其微观结构的变化。
• He stopped for a minute, for the mere act of speaking was fatiguing to him after the excitement of the last few weeks.
  他说到这里，停了一停，因为经过最近几个星期的刺激，他连讲话的力气都没有了。
• Objective: To investigate the relationship between sEMG signal and force during fatiguing contractions in flexor carpi ulnaris muscle ( FCU) and biceps brachii muscle ( BB) respectively based on wrist and elbow flexions.
  目的以腕-肘关节为例，探讨不同水平运动负荷诱发尺侧腕屈肌（FCU）和肱二头肌（BB）疲劳过程中sEMG信号与各关节最大屈肌肌力的关系。
• During his journey back to New York the next morning, Archer relived with a fatiguing vividness his last moments at Skuytercliff.
  第二天上午回纽约的途中，阿切尔带着倦意回顾起他在斯库特克利夫的最后那段时光。
• Observations on their microstructure before or after fatiguing and on fatigue fracture surfaces were carried out under TEM and SEM.
  用TEM和SEM观察了疲劳前后的显微组织和断口形貌。
• Columnar grain boundaries crack in tensile fatiguing, which tends to stop the propagation of fatigue cracks, and decreases the sensitivity of fatigue to surface defects, thus beneficial to tensile fatigue life.
  疲劳拉伸中柱晶晶界开裂，阻隔了疲劳裂纹扩展，降低了疲劳裂纹对表面缺陷的敏感性，有利于提高疲劳寿命。
• Clinically, weaning failure may be due to fatiguing process initiated in the excessively loaded respiratory muscles in relation to their capacity.
  临床上脱机失败是因为相对于呼吸肌的能力呼吸负荷过重触发了疲劳过程。