pnb

The antagonistic products produced by PNB were heat - stable ;

紫色非硫光合细菌拮抗产物具有很好的热稳定性；

Study on the Properties of PVK / PNB Doping System

聚乙烯基咔唑/聚硝基苯掺杂体系的性能研究

Exciton in a PNB Polymer and Its Response to Electrostatic Fields

PNB聚合物的激子及其对静电场的响应

Ultrasound guidance in PNB represents a new advancement and development in regional anes - thesia .

超声引导周围神经阻滞代表了区域阻滞麻醉的新进展。

Positive luxuriant-Nepal , after acid-fast staining , PNB and TCH medium inoculated with strain identification .

阳性者萋&尼抗酸染色镜检后，接种PNB和TCH培养基进行菌种鉴定。

The results showed that the PNB 12B method can be considered as an accurate and economic method for primary identification of M. tuberculosis complex and atypical mycobacteria .

结果显示，PNB12B菌群鉴定方法可以做为一种准确、经济的菌型初筛实用方法。

While the HOMO and LUMO levels of the PNB material were estimated to be -5.18 eV and -2.75 eV , respectively , measured with cyclic voltammetry .

进一步将PNB与酞箐铜或苝的衍生物制成双层结构器件，采用循环伏安法测得PNB材料的HOMO和LUMO能级分别位于-5.18eV和-2.75eV。

We studied the self-consistent-variation ground state for an open chain with finite length of a PNB polymer , in the framework of the Baranowski-B ü ttner-Voit model .

在Baranowski-Büttner-Voit（BBV）理论模型框架内，我们研究了有限长聚对苯亚胺（PNB）聚合物开链的自洽变分基态，并讨论了其稳定性。

Self trapping exciton state is obtained for an open chain of a PNB polymer with finite length , in the framework of the Baranowski B ü tterner Voit model .

在BaranowskiB櫣tternerVoit模型的框架内，得到了PNB聚合物有限长开链的自隐激子态。

It was showed that the polymerization conditions , such as different catalysts , Al / M ratio , reaction temperature , reaction time , different solvents and monomer concentration , had great effects on the catalytic activities and the viscid average molecular weight of polynorbornene ( PNB ) .

此外，不同的聚合条件（单体的浓度、MAO的浓度、反应时间、溶剂种类、聚合温度等）对催化剂Cat1-10的催化活性及其聚合物的分子量都有影响。

In this paper , we have studied the interaction of the two polymer in a PVK / PNB complex . It is found that PNB could form a charge-transfer complex with PVK more effectively than TNF and the complex changes largely the original electrical properties of PVK .

研究了PVK／PNB掺杂体系中两种聚合物的相互作用，发现PNB比TNF能更有效地与PVK形成电荷转移复合物，从而在很大程度上改变了PVK原来的电学性质。

Rps . capsulata had the strongest antibacterial activity among four strains of PNB , and its MIC against the majority of bacteria pathogens was 8 ~ 16AU / ml. MIC of other PNB were only 4 ~ 16AU / ml.

在4株光合细菌中，荚膜红假单胞菌的抑菌活性强于其他菌株，对多数病原菌的最低抑菌浓度为8~16AU/ml，而其他光合细菌为4~16AU/ml。