bracing

英 [ˈbreɪsɪŋ]

美 [ˈbreɪsɪŋ]

adj.  凉爽宜人的; 令人精神焕发的
v.  (为困难或坏事)使作准备; 使防备; 使(身体或身体部位)顶住，抵住( 以免跌倒等); (做费劲的事之前)绷紧(身体部位)的肌肉
brace的现在分词

现在分词：bracing　复数：bracings　

GRE

BNC.22135 / COCA.22957

牛津词典

adj.

• 凉爽宜人的；令人精神焕发的
  making you feel full of energy because it is cold
  1. bracing sea air
     清新宜人的海风

柯林斯词典

• ADJ-GRADED （尤指地方、气候或活动）宜人的，提神的，令人心旷神怡的，令人精神焕发的
  If you describe something, especially a place, climate, or activity asbracing, you mean that it makes you feel fresh and full of energy.
  1. ...a bracing walk.
     舒心惬意的散步

英英释义

noun

• a structural member used to stiffen a framework
  Synonym:brace

adj

• imparting vitality and energy
  1. the bracing mountain air
  Synonym:briskfreshrefreshingrefreshfultonic

双语例句

• Because the study about the removal of diagonal bracing is rare, the use of this system is limited.
  但关于斜撑拆除的研究相对滞后，使该支撑形式的利用受到一定的限制。
• I also installed some bracing pieces to keep the deck from moving around.
  我也安装了一些支撑件，以保持从甲板上走动。
• Meanwhile, he and other scholars are bracing for growing interest as the date approaches.
  同时，他和其他学者的兴趣日益增加支撑的日期的方法。
• Design and construction of strut-framed bracing reinforced structures;
  介绍支撑钢筋砼构筑物的排架设计及施工经验。
• Objective To evaluate the clinical effect of postural reduction and bracing on thoracolumbar fractures without neurological deficit.
  目的评价用体位复位和腰背支具保守治疗无神经损伤胸腰椎骨折的临床疗效。
• The utility model discloses a bracing wire switch which can display on-off state.
  本实用新型公开了一种能够显示通断状态的拉线开关。
• The influence of transverse stability and seismic behavior of half-through arch bridge of concrete filled steel tube by transverse bracing is studied, using finite element method.
  采用有限元方法，研究了拱肋横撑对中承式钢管混凝土拱桥横向稳定性及横向抗震性能的影响。
• The utility model consists of an expansion shell, an expansion bracing and a screw.
  本实用新型是由一个膨胀壳、膨胀拉条及螺丝相连组成。
• Stiffening core soil-cement composite pile is a new type of composite pile that applies in foundation treatment and foundation pit bracing.
  劲芯水泥土复合桩是一种新型的地基处理和基坑支护复合桩。
• The effect of the inclined bracing on the enclosure deformation control is studied by numerical analysis considering the time-space effect.
  在此基础上，结合“时空效应”理论进行了数值计算分析，研究了斜抛撑对围护结构变形的控制作用。