查询词典 donor impurity

Methods After brain death of the donor was confirmed, the whole donor arm was sterilized with 3%iodine tincture and 75%ethyl alcohol and strapped with sterile towels. A circular incision 5 cm above the elbow was made, and the brachial artery was dissected and catheterized for perfusion of UW solution at 4℃. The arm was amputated with the brachial artery still in continuity and catheterized.

方法在供者被宣布脑死亡后，将拟取肢体用3%碘酒、75%酒精常规消毒，从肘关节以上5 cm平面作环形皮肤切口，游离肱动脉后插管，用4℃ UW液灌注后行前臂离断，再灌洗至回流液清亮后拔管，肢体作标记后用无菌敷料包裹、塑料袋封装，装入放置冰袋的保温箱中快速运输。

Two overlapping subareas could be generated speedily from original global unstructured mesh, while the original hole fringe and donor elements could be established without using a background grid. And, the hole fringe needn't update during dynamic oversetting, and the new donor elements could be searched quickly by using a new technique without background grid.

从初始的整体非结构网格出发，快速建立相互重叠的两个子域网格，同时无需建立背景网格便可以确定初始洞边界和初始插值贡献单元，且动态嵌套时无需更新洞边界，并采用了一种无需背景网格便可快速查找新的贡献单元的方法。

Secondly, the energy band structure of codoped-TiO2 shows that an acceptor level and a donor level present inside the band gap, and an electron on the donor level passivates a hole on the acceptor level, so the systems still keep semiconductor character and enhance the separation of electron-hole pairs excited by photo irradiation.

另外， V： N共掺杂TiO2的能带结构表明：导带底下方施主杂质能级上的一个电子刚好补偿价带顶上方受主杂质能级上的一个空穴，使掺杂后TiO2材料表现出半导体的显著特征，这有利于电子—空穴对的分离，提高量子产率。

Some bandings appeared both donor and receptor, however disappeared offspring, at the same time several bandings could be found based on offspring but not donor or r...

这表明供体高粱的DNA不同片段已整合到水稻品种中，获得了不同的变异材料，这些DNA片段能在后代中稳定遗传。

Sorghum genome DNA had been transfered into rice variety via pollen tube pathway. In this paper, the molecular verification was performed by SSR technique. The result shown seventeen of sixty pairs of primers can reveal polymorphisms among donor, receptor and their stable offspring. Same bandings were amplified between donor and some offspring.

从60对SSR引物中筛选出17对，对供体高粱、受体水稻及其外源DNA导入后代稳定材料进行了分子验证，结果表明供体高粱与受体水稻间存在多态性、受体水稻与后代稳定材料间出现多态性，供体高粱与部分后代稳定材料间出现相同的扩增带，部分供体与受体共有的特征带在后代中消失、而有些后代出现了供体和受体均没有的扩增带。

Result: In the 3852 cases of paid blood donor There are 7 curriers of HIV are detected and they are all paid blood donor in past. The infection status of the other 3 pathogens HCV, 323 cases (8.39%), HBV, 231 cases (6.00%), TP, 50 cases (1.30%).

结果 在检测的既往有偿献血员3852例中，共检测出HIV感染者7例；其他三种病原体的感染状况分别是：HCV感染者323例（8.39％），乙肝携带者231例（6.00％），梅毒感染者50例（1.30％）。

blood serums of the crowd are collected, antibody corresponded to the four virus examined by elisa、pa and colloidal gold strip. western blot is the confirmation test of positive for antibody of hiv. result: in the 3852 cases of paid blood donor there are 7 curriers of hiv are detected and they are all paid blood donor in past.

采集有偿献血员的血清，通过酶联免疫吸附实验、明胶颗粒凝集实验和胶体金实验来检测血清中的这四种传染病病原体的相应抗体，抗－hiv阳性确认实验是蛋白印迹实验。

The coordinated COD of 3 and 4 can be replaced by carbon monoxide to yield the corresponding dicarbonyl species [(C,N-pyN^C-R) M2]BF4 (14, M= Rh; 15, M= Ir). Ligand substitution of 11a by phosphines and azide causes the de-complexation of pyridinyl-nitrogen donor to generate the corresponding carbene rhodium complexes [(C-pyN^C-Mes)RhPR3] (17a, R = Ph, 17b, R = Et) and [RhN3] (19), respectively, indicating the labile nature of steric-hindered pyridinyl-nitrogen donor.

螯合错合物的吡啶配位，可以容易被σ-予体，如卤离子、叠氮阴离子、膦试剂，置换；但是铑与铱金属螫合物与π-酸试剂，如一氧化碳、异腈，则发生COD被置的产物14a与16；与三甲基亚磷酸酯反应时，COD及吡啶均会被取代而得到单芽的三铑-碳烯错合物18；双膦化合物则会取代铑金属上全部的配位基。

The simulation is based on four methods, including the discrete ordinates method with donor-cell interpolation, the DOM with van Leer interpolation, the modified DOM with donor-cell interpolation and the modified DOM with van Leer interpolation. The computational results are compared with those obtained by the Monte Carlo method.

本模拟采用四种方法，包括以donor-cell内差的离散方向法，以van Leer内差的离散方向法，以donor-cell内差的修正的离散方向法，以van Leer内差的修正的离散方向法，其计算结果将与蒙地卡罗法所得到的结果作比较。

Their electrical and photophysical properties are characterized with different numbers of donor and acceptor, and the molecular band gap can be well-tuned by altering the number of donor and acceptor respectively.

藉由电化学实验中得知，不同数目的电子予体和电子受体，会有不一样之氧化电位和还原电位。利用此特性，分别调控分子HOMO及LUMO之能阶位置，有策略性的改变分子之能阶差，调控其电荷转移之放光波长。

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