广东化工
廣東化工
엄동화공
GUANGDONG CHEMICAL INDUSTRY
2012年
3期
39-40
,共2页
杨蕾%阮键鸿%周超%刘扣
楊蕾%阮鍵鴻%週超%劉釦
양뢰%원건홍%주초%류구
离子液体%[BMIM]PF6%赤子爱胜蚓%急性毒性
離子液體%[BMIM]PF6%赤子愛勝蚓%急性毒性
리자액체%[BMIM]PF6%적자애성인%급성독성
ionic liquids%[BMIM] PF6%Eisenia foetida%acute toxicity
文章选用咪唑类离子液体1-丁基-3-甲基咪唑六氟磷酸盐([BMIM]PFe)作为目标污染物,采用赤于爱胜蚓作为受试动物,应用滤纸接触法,通过测试不同暴露浓度下蚯蚓在60h、72h和84h时的死亡率,研究其对受试动物的急性毒性效应。实验发现,[BMIM]PF6虽然是新型绿色溶剂.但其仍存在一定程度的环境璺眸,带要笋基事性和生态效应做进一步研究。
文章選用咪唑類離子液體1-丁基-3-甲基咪唑六氟燐痠鹽([BMIM]PFe)作為目標汙染物,採用赤于愛勝蚓作為受試動物,應用濾紙接觸法,通過測試不同暴露濃度下蚯蚓在60h、72h和84h時的死亡率,研究其對受試動物的急性毒性效應。實驗髮現,[BMIM]PF6雖然是新型綠色溶劑.但其仍存在一定程度的環境璺眸,帶要筍基事性和生態效應做進一步研究。
문장선용미서류리자액체1-정기-3-갑기미서륙불린산염([BMIM]PFe)작위목표오염물,채용적우애성인작위수시동물,응용려지접촉법,통과측시불동폭로농도하구인재60h、72h화84h시적사망솔,연구기대수시동물적급성독성효응。실험발현,[BMIM]PF6수연시신형록색용제.단기잉존재일정정도적배경문모,대요순기사성화생태효응주진일보연구。
In the study, fiber paper contact method was used to identity acute toxicRies of one kind of imidazolium ionic tiquid 1-butyl-3-methylimidazoIium hexafluorophosphate ([BMIM]PF6) as exposure and Eisenia foetida were used as model animals. The death rates were tested under different exposure concentrations in 60 h, 72 h and 84 h. It was found that there was a positive correlation between death rates and exposure levels. Although [BMIM]PF6, was considered to be a new type green solvent, further studies about its toxicities and ecological effects should be done because of its environmental risks.