retorting

英 [rɪˈtɔːtɪŋ]

美 [rɪˈtɔːrtɪŋ]

v.  (生气或幽默地)反驳，回嘴
retort的现在分词

柯林斯词典

• VERB 反驳;回嘴
  Toretortmeans to reply angrily to someone.
  1. Was he afraid, he was asked. 'Afraid of what?' he retorted...
     有人问他是否害怕。“害怕什么？”他反问道。
  2. Others retort that strong central power is a dangerous thing in Russia.
     其他人反驳说强大的中央集权在俄罗斯是很危险的。
  3. Retortis also a noun.
     
  4. His sharp retort clearly made an impact.
     他尖刻的反驳显然起了作用。

双语例句

• In the paper, analysis of strength and stiffness of a medium truck frame under bending mode and retorting mode are done.
  对某中型载货汽车车架进行了弯曲工况和一轮悬空（扭转）情况下的强度与刚度分析。
• This new retorting process for lignite is simple, its capital investment and production cost are low.
  此工艺方法简单，投资省，生产费低。
• However, as the factors that influence the temperature during the oil shale retorting are complex, it is difficult to describe the temperature object using precise mathematical model.
  同时由于在干馏过程中影响温度的因素比较复杂，很难用准确的数学模型对温度对象进行描述。
• The new retorting technique would develop extensively in China, it is rich in lignite and subbituminous coal.
  中国年轻煤多，有利于发展新法干馏技术。
• This experience can be used by China to guide the development of its oil shale retorting sector in a healthy and sustainable way.
  这些经验对我国油页岩干馏制油工业的健康及长远发展具有一定的指导和借鉴作用。
• Experimental Research on Three Yunnan Lignites Retorting Using Solid Heat Carrier
  云南三种褐煤固体热载体新法干馏实验研究
• Typical Technologies for Oil Shale Retorting
  几种典型的油页岩干馏技术
• Design of Circle System of Solid Heat Carriers for lignite Retorting
  褐煤固体热载体干馏新技术&固体热载体循环系统的设计
• Retorting degree influenced the start temperature of mass loss and pyrolysis process at low-temperature stage, but had little effect on pyrolysis at high-temperature stage.
  干馏度对半焦热解初析温度和低温段热解过程有影响，但对高温段热解影响不明显，高温干馏所制取的半焦其热解过程包含于低温所制取的半焦热解过程中；
• Based on the introduction of subway main control system, notices and suggestions on lightning-proof measures are presented for main parts of control devices, such as power supply and system signal, as well as the prevention of earth potential retorting.
  在介绍地铁主控系统的基础上，针对实际系统中较典型的主控设备，给出了防雷的注意事项及建议，包括系统电源部分防雷、系统信号部分防雷和防止地电位反击；