The other is extraction and separation production line for 3000 tons hybrid rare earth chloride , which can produce 200 tons neodymium oxide , 2500 tons rare earth chloride with little neodymium or rare earth carbonate with little neodymium and 30 tons samarium , europium and gadolinium concentrates per year 另一条为可年分离3000吨混合氯化稀土的萃取分离生产线，年产氧化钕200吨少钕氯化稀土或少钕碳酸稀土2500吨钐铕钆富集物30吨。
Method for chemical analysis of yttrium and yttrium oxide - determination of lanthanum oxide , cerium oxide , praseodymium oxide , neodymium oxide , samarium oxide , europium oxide , gadolinium oxide , terbium oxide , dysprosium oxide , holmium oxide , erbium oxide , thulium oxide , ytterbium oxide and lutecium oxide contents 金属钇及氧化钇化学分析方法氧化镧氧化铈氧化镨氧化钕氧化钐氧化铕氧化钆氧化铽氧化镝氧化钬氧化铒氧化铥氧化镱和氧化镥量的测定
Following the approving of baotou municipal bureau of environmental protection and baotou municipal office of rare earth , baotou jintai rare earth co . , ltd was set up in 1999 and went into production in february , 2000 . it lies in the north of 761th km on no . 110 country road . jintai has a rare earth separation line with a capacity of 3000 ton rare earth cholride per year and enable to produce oxides , carbonates and chlorides of lanthanum , cerium and neodimium , rare earth chloride rich la and ce , rare earth carbonate rich la and ce , samarium - euranium - gadolinium concentrate and rare earth chloride poor zn and mg 包头市金泰稀土有限责任公司于1999年经包头市环保局包头市稀土办公室批准成立，于2000年2月正是投入生产，是包头市稀土行业唯一一家环保验收企业。公司位于110国道761公里往北1公里处，占地面积200亩。
Liposome is an effective nuclide delivery agent for neutron capture therapy . in this paper liposomes containing encapsulated gadolinium complex were prepared and characterized . the influence of formulation factors such as ph , ionic strength , buffer , and storage time upon the stability of liposomes was investigated . the uptake rate constant and its concentration dependence of lgd in tumor cells were compared in vitro with that of gd complex itself . the results indicate that the uptake rate of lgd in tumor cells increases to eight times as much as that of gd - edta , but the release rate of gd from tumor cells containing lgd is remarkably lower than that from the tumor cells containing gd - edta . the results reveal that lgd would be a potential drug for neutron capture therapy of cancer 制备和表征了包埋gd - edta的脂质体，测定了ph ，离子强度，缓冲液组成及温度对gd - edta脂质体的影响，比较了gd - edta脂质体和gd - edta被肿瘤细胞摄入的动力学曲线。结果表明， gd - edta脂质体在37和生理条件下最稳定，肿瘤细胞摄入gd - edta脂质体速率是gd - edta的8倍，而释放gd的速率， gd - edta脂质体远远低于gd - edta ,这些结果提供了脂质体包埋gd - edta作为钆中子俘获治疗药物的可能性。
