52古典>英语词典>volatilized翻译和用法

volatilized

英 [vɒˈlætɪlaɪzd]

v.  挥发;蒸发
volatilize的过去分词和过去式

英英释义

adj

双语例句

  • The oxalic acid was cauterize in the muffle at 200 ℃ until fully volatilized. The solution pH was adjusted with drop ( 1+ 1) hydrochloric acid ( the congo red test paper change color from red to blue) to about 4 to remove carbon dioxide.
    在马弗炉(200℃)灼烧至草酸全部挥发,滴加(1+1)盐酸,使刚果红试纸由红变蓝色(或调节pH到4左右),除去二氧化碳。
  • When modulated CTP carbonized under low pressure, a large number of small molecules containing carbon volatilized, reducing the carbon yield of modulated CTP and thus also reducing the densification efficiency of carbon-carbon composite.
    经研究表明,沥青在常压下碳化,大量含碳的低分子成分挥发出去,不但造成碳化收率的降低,而且也影响了致密效率。
  • Part of nitrobenzene volatilized into air.
    冰冻过程中水中硝基苯逐渐被浓缩,部分硝基苯挥发到大气中。
  • The amount of nitrogen volatilized within 48 hrs after application was reduced by about 2% when the fertilizer was mixed with calcium superphosphate.
    在红黄壤和青紫泥中,条施覆土可减少碳酸氢铵的挥发,与过磷酸钙混合施用,48h内的挥发损失量可减少2%。
  • The result obtained show that the amounts of ammonia volatilized from soybean were different at different growth stages.
    结果表明,在不同生长发育时期,氨的挥发损失量不同。
  • Do harm to nerve and blood vessel and the vapor volatilized under atmospheric is toxic;
    危害神经及血管,在常温下挥发出的蒸汽有毒;
  • Volatile contaminants exist in soils in three possible forms: dissolved in water, volatilized as vapor, and adsorbed by solid particles.
    前言:挥发性有机污染物在土壤多孔介质中有三种可能的存在状态:溶于水中、挥发为气体及吸附于固体颗粒。
  • Large vacuum desiccator was used to collect ammonia volatilized from above ground parts of soybean during its growth period.
    利用大型真空干燥器,测定了大豆在不同生长发育阶段地上部分氨的挥发损失。
  • Vitrification is the safest disposal method at present. Howevee, some harmful substance volatilized from fly ash in melting process, which caused second contamination.
    熔融固化处理是安全的处理方法,但飞灰熔融过程中有有害物质挥发,造成二次污染。
  • By the industry analytical of Yanzhou mining area coal we have discovered a relationship between moisture content, ash content, volatilized content and the ability of the coal to adsorb gas.
    本文首先对兖州矿区的煤样进行了工业分析,得出了水分、灰分、挥发分和煤吸附井下气体能力之间的关系。