对硫酸的英文

• folidol e = alkron

• 对    answer; reply
• 硫酸    sulphuric acid; sulphoacid; ...
• 对硫磷    alkron parathion e605; parathion (有机磷杀虫剂, 也叫“一六○五”)
• 对硫代甲酚    parathiocresol
• 对硫磷乳油    parathion emulsifiable concentrate
• 对硫磷原药    parathion technical
• 对硫磷中毒    parathion poisoning
• 甲基对硫磷    methy-parathion; methyl parathion; methylparathion; parathionmethyl
• 乙基对硫磷    ethyl parathion
• 对硫磷,对硫酮,硝苯硫磷酯    snp
• 硫酸    [无机化学] sulphuric acid; sulphoacid; vitriol; vitriol oil; dipping acid; sulfuric acid; hydric sulphate; spirit of sulphur◇硫酸厂 sulfuric acid plant
• 对硫氰基苯胺    aniline-p-thiocyanate
• 对硫磷毒性作用    toxic effect of parathion
• 对硫磷神经官能症    parathion neurosis
• 甲基对硫磷乳油    parathion methyl emulsifiable concentrates
• 甲基对硫磷原药    parathionmethyl technicall
• 甲基对硫磷中毒    parathion-methyl parathion poisoning
• 对硫磷最大残留限量标准    maximum residue limits of dichlorphos dimethoate malathion and parthion in food
• 甲基对硫磷-敌百虫粉剂    parathion methyl-trichlorphon powder
• 甲基对硫磷原药溶液    parathion methyl technical concentrate solution
• 乙基对硫磷的定量分析    quantitative analysis of methylparathion
• 发烟硫酸(硫酸)    oleum (sulphuric acid)
• 硫酸盐 硫酸酯    sulfate; sulphate
• 硫酸盐；硫酸酯    sulfate
• 双硫酸,浓硫酸    double oil of vitriol; dovap

• Testing of liquid fuels ; determination of reaction to sulphuric acid
  液体燃料检验.对硫酸反应的测定
• Corrosion inhibition of carbon steel in sulphuric acid solution with a complex inhibitor
  一种复合缓蚀剂对硫酸溶液中碳钢的缓蚀行为
• Thus , contrary to typical ecd behavior , localization of the sulfate groups was not possible
  因此，其与典型的ecd行为不同，不能对硫酸化基团进行定位。
• He specializes in long - term research of anticorrosive material , and has an overall know about level and trend of development about this system in domestic and foreign comprehensively
  长期研究耐腐材料，对硫酸行业耐腐蚀材料方面的国内外发展水平和动向掌握全面。
• At last , on the basis of above experiments , the five - factor - three - level orthogonal experiments on the relative flux recovery ratio after na2edta and na4edta cleaning pvdf microfiltration membrane that was fouled by caso4 were done
  最后，在前面实验的基础上，作出na _ 4edta和na _ 2edta对硫酸钙垢污染的pvdf微滤膜清洗后，相对通量恢复率的五因素三水平正交实验。
• The high - efficiency cleaning agent and optimum conditions were chosen and it has some guiding significance on practice . the main tasks include : by the contrastive experiments of sodium tripolyhosphate , sodium hexametaphosphate , na2edta and na4edta dissolving caso4 , na2edta and n ^ edta were chosen as cleaning agents in this experiment
  主要包括：通过对三聚磷酸钠、六偏磷酸钠、乙二胺四乙酸二钠、乙二胺四乙酸四钠四种螯合剂对硫酸钙溶解性对比实验，最终选择乙二胺四乙酸二钠和乙二酸四乙酸四钠作为本实验清洗剂。
• Integrating the dissolving experiments of na2edta and na4edta and the orthogonal experiments , we can conclude that the dissolving property of na ^ edta is relatively more stable and higher than that of na2edta in this experiment . and , the conclusion can be made that for the caso4 scale in membrane na4edta has the best cleaning effect and the optimum condition is ph = 11 , operating pressure = 0 . 1mpa and concentration = 4 % wt
  在综合考虑乙二胺四乙酸二钠和乙二胺四乙酸四钠对硫酸钙的溶解性实验及正交实验，和最后对污染膜清洗的正交实验可以看出，尽管最优工程选择中nazedta清洗后膜的相对恢复率略高于na4ed飞’ a ，但其要求条件相对苛刻，从溶解性实验也可看出， na4edrla对硫酸钙的溶解相对稳定，溶解率高。