sloughing

英 [ˈslʌfɪŋ]

美 [ˈslʌfɪŋ]

v.  蜕(皮); 使脱落
slough的现在分词

现在分词：sloughing　

医学

柯林斯词典

• VERB (植物)落叶;(动物)蜕皮
  When a plantsloughsits leaves, or an animal such as a snakesloughsits skin, the leaves or skin come off naturally.
  1. All reptiles have to slough their skin to grow...
     所有爬行动物生长过程中都要蜕皮。
  2. The lemon geranium sloughs dry brown leaves at the base of its branches.
     柠檬天竺葵枝条底部棕色的枯叶会脱落。
  3. Slough offmeans the same asslough.
     slough off 同 slough
  4. Our bodies slough off dead cells.
     我们身体上死去的细胞会脱落。

英英释义

noun

• the process whereby something is shed
  Synonym:shedding

双语例句

• The stability of rock debris is strong, it can prevent borehole wall from sloughing effectively.
  稳定钻屑的能力强，可以有效的防止井壁坍塌。
• In addition, we found that protein concentration did not decrease with perfusion time, indicating that protein in the perfusate may be due to sloughing off from the enterocytes or mucus or both.
  此外，我们发现灌流液中总蛋白含量没有随着灌注时间减少，这显示蛋白可能是在灌流过程中的脱落的肠黏膜细胞或（和）粘液组织。
• These drilling fluid systems, combined with some field conditioning measures, effectively inhibited formation dispersion and hole sloughing, and solved the problems of poor hole cleaning and lubricity, etc.
  该套钻井液技术有效地抑制了地层分散造浆和井壁坍塌，解决了大斜度井段井眼净化和润滑防卡等问题，保证了井下安全。
• Field using showed that the highest drilling fluid density was 1. 37 g/ cm3, and by applying the comprehensive sloughing control measures, the hole was effectively stabilized and the hole enlargement in the third section was successfully solved.
  现场应用表明，该井实际最高使用钻井液密度为1.37g/cm3.通过采用高包被、强抑制和综合防塌相结合的方法，有效地稳定了井壁，成功地解决了三开井径扩大问题；
• This paper studies the hydration sloughing mechanism of three kinds of hard and brittle shales of Shahejie formation in Gangdong oilfield.
  研究了大港油田港东地区沙河街地层三种硬脆性泥页岩的水化坍塌机理。
• He is trying to tame them and to utilize them in sloughing his agricultural lands!
  他正试图驯服他们，并利用他们在塌了农业土地！
• The well drilling technology in sloughing and leaking layer
  严重漏失、坍塌地层的成井工艺
• Field applications show that this technique can effectively prevent coal beds sloughing and decrease hole problems and drilling accidents.
  现场应用表明，该技术能有效地防止煤层坍塌，减少井下复杂情况及事故。
• Calculation of practical data from oil fields demonstrates that formation sloughing pressure is dependent on deviation angle and well azimuth.
  对油田的实际资料进行计算表明，井壁坍塌压力与井斜度和井斜方位角有关。
• Synthetic sloughing mechanism of coal beds in Tarim Basin
  塔里木盆地煤层坍塌机理研究