crackles

英 [ˈkræklz]

美 [ˈkræklz]

v.  (像东西在火里燃烧一样)发爆裂声，噼啪作响
n.  (一连串的)噼啪声; 噼里啪啦的响声
crackle的第三人称单数和复数

柯林斯词典

• VERB 发出爆裂声;噼啪作响
  If somethingcrackles, it makes a rapid series of short, harsh noises.
  1. The radio crackled again.
     收音机又吱吱啦啦地响了起来。
  2. ...a crackling fire.
     噼啪作响的炉火
  3. Crackleis also a noun.
     
  4. ...the crackle of flames and gunfire.
     火焰的噼啪声和炮火的轰鸣声

双语例句

• The hen crackles when she has laid an egg.
  母鸡下了蛋就咯咯地叫。
• Intelligent concrete patching material can discern little concrete crackles or other structure defects and auto-excited mending material, to repair them. Thus the strength and service life of the concrete can be recovered or improved.
  智能型混凝土修补材料，是指能够自动识别混凝土微裂纹等结构缺陷并自动激发本身的修补物质对混凝土的裂纹等缺陷产生修补作用，从而恢复或提高混凝土的强度与使用寿命的一类修补材料。
• It was pointed out that the crackles produced on vessels operating under wet H2S circumstance can only be detected effectively by the wet magnetic powder fluorescent method.
  指出，只有采用湿萤光磁粉探伤法才能有效地检查在湿硫化氢环境下操作的容器可能产生的裂纹。
• When a flash of lightening shatters the dark, the radio crackles.
  当闪电划破夜空时，收音机嘎嘎作响。
• Dyspnea, cough, inspiratory crackles were the most common symptoms and signs.
  气短、咳嗽及肺部爆裂音及湿性啰音是主要的症状和体征。
• Rock damage mechanics is a new offset of rock mechanics developed in 1980's, it researches the failure process and rules cause by the development of small crackles and cavities.
  岩石损伤力学是八十年代发展起来的岩石力学研究的新分支，主要研究岩石在载荷作用下微裂纹、微孔洞发展，最后导致破坏的过程与规律。
• Then there is the noise a cacophony of booms and crackles so deafening that small children can't sleep, cats fret and car alarms go off.
  由此带来的巨大爆炸噪音是如此震耳欲聋，以致于孩童无法入睡，猫烦躁不安，汽车警报四处鸣响。
• Auscultation revealed crackles in the lower lung fields and dullness to percussion at the bases.
  听诊显示下肺野有湿性罗音，肺底叩诊呈浊音。
• On some occasions the heat may become so great that it literally crackles.
  在某些情况下，热量将会如此巨大，以至于会真的发出劈啪作响的声音。
• In the process of drawing, the deformation of the mass dispersion Cr particles and Cu matrix is uncoordinated, which is the main reason why microspores come into being and crackles extend.
  在拉拔过程中，丝材中存在的大量细小弥散的第二相Cr颗粒与Cu基体变形不协调，是微孔产生和裂纹扩展的主要原因。