squish

英 [skwɪʃ]

美 [skwɪʃ]

v.  (被)压坏，挤坏; 发吧唧声; 发吱嘎声

过去分词：squished　过去式：squished　现在分词：squishing　第三人称单数：squishes　

BNC.48495 / COCA.19433

牛津词典

verb

• （被）压坏，挤坏
  if sth soft squishes or is squished , it is crushed out of shape when it is pressed
• 发吧唧声；发吱嘎声
  to make a soft wet sucking sound

英英释义

noun

• the noise of soft mud being walked on

verb

• put (a liquid) into a container or another place by means of a squirting action
• walk through mud or mire
  1. We had to splosh across the wet meadow
  Synonym:squelchsplashsploshsloshslop

双语例句

• The squish patterns in engine piston bowls with different geometry are visualized by the method of oil streak in a motored single cylinder test engine.
  本文在一个拖动的单缸实验机上，利用油点条痕法显示了活塞上燃烧室凹坑中挤流运动的流谱，研究了燃烧室形状和几何尺寸对挤流谱的影响。
• The effect of squish swirl on conduct channel of piston crown for automotive diesel engine
  车用柴油机活塞顶导向槽的挤压涡流效应
• Squish the ellipse to about half the size.
  挤椭圆约一半大小。
• The air motion in UCS combustion system is much stronger than that in base combustion system and the strong reversed squish lasts longer in the former than in the latter because the former has a far larger squish area than the latter.
  伞帘喷雾燃烧系统的挤气面积远大于原机，因此前者的空气运动明显强于后者，较强逆挤流维持的时间长于后者。
• It shows that the squish flow velocity decreases and the reverse flow velocity increases as cylinder heat transfer and cylinder gas leakage increase.
  本文还导出了考虑散热和活塞环漏气影响的轴向挤流速度和逆喷速度的解析关系式，该式表明散热和活塞环漏气使轴向挤流速度减小，逆喷速度增加。
• At the end of compression stroke, the turbulent kinetic energy of flow around the edge of cylinder is weak, while that of squish in the middle is relatively strong.
  压缩上止点附近气缸边缘的湍动能很弱，而气缸中部挤流区域的湍动能则相对很强。
• You may have to squish it a little in one or more directions to break it loose.
  您可能口都得它在一个或多个方向的一点打破它松散。
• Crunch, squish. What a great sound! What a ( loud) noise!
  压碎声，咯吱咯吱的声音，多么美妙的声音啊！
• During the compression stroke the turbulence kinetic energy decreases due to the dissipation effect, while the turbulence kinetic energy in the center of the cylinder increases as a result of the squish effect.
  缸内平均湍动能强度在进气冲程中总体呈先增大后减小的趋势，压缩冲程中耗散作用使湍动能降低，但挤流作用使气缸中部的湍动能升高；
• Use the Gradient Tool ( G) to squish and reposition the gradients.
  应用渐变工具（G）调整渐变的形态和位置。