1) Potanin
波塔宁
1.
The Origin of the Tu Nationality: A Study of Potanin s Observation;
从波塔宁考察资料看土族族源
2) Ningbo
[英]['niŋ'bəu] [美]['nɪŋ'bo]
宁波
1.
Investigation on Status of Disaster Prevention and Emergency Response of Citizens in Ningbo City;
宁波市公民防灾应急状况调查研究
2.
The Research on the Concentration,Size Distribution,and Source of PAH-S in Particulate in Ningbo;
宁波市颗粒物中多环芳烃浓度水平、分布及来源分析
3.
Research on Harnessing and Protection Measure of Ningbo Inland Water Environment;
宁波市内河水环境治理与保护措施研究
3) tara tannin
塔拉单宁
1.
29 U/mL was attained using solid-state fermentation under the conditions of 75 g/L tara tannin,3 g/L glucose,0.
论文采用固态培养法,对黑曲霉产生塔拉单宁水解酶的条件进行了研究。
2.
The liquid waste of tara tannin hydrolysis for preparing gallic acid were treated for recover of quinic acid by vacuum evaporating to remove chlorhydric acid, extracting with different agents to remove gallic acid, absorbing with active carbon and exchanging with anion resin to remove coloring matter and sugars.
从塔拉单宁水解制备没食子酸的废液着手 ,用真空蒸发法分离去除盐酸 ,用不同的溶剂萃取法分离去除没食子酸 ,用活性炭吸附法和强碱阴离子交换法分离去除色素和糖类物质。
3.
The content of Tara tannin was analyzed by ultraviolet spectrometry and hide powder method.
改进和完善了苏木科云实属植物塔拉单宁的提取方法,在提取过程中使用脱脂纱布和滤布替代石英砂,提取温度从60℃至沸腾,每次升温4℃,共提取10次,其中前6次各提取1 h,后4次各提取30 min。
4) Ninurta
宁乌尔塔
5) Ningguta
宁古塔
1.
Comments on Cultural Contribution to Ningguta Made by Northeast Exiles in the Qing Dynasty
试论清代东北流人对宁古塔的文化贡献
2.
Ningguta City , namely Ning’an City in Heilongjiang Province , therefore is well-known in the Qing Dynasty , it’s three reasons : first , Ningguta Area is one of the ground of dragon rising .
宁古塔城,即今黑龙江省宁安市,所以闻名于清代,理由有三:其一,宁古塔地区是清代满族发祥地之一;其二,它是清代重要流放地;其三,它是清代东北边戍重镇,曾为抗俄斗争做出重大贡献。
6) evolimorutanin
吴茱萸塔宁
1.
A new and highly oxygenated limonoids compound,evolimorutanin 2,was isolated from the unripe fruits of Evodia rutaecarpa(Juss.
从传统中药蔬毛吴茱萸的干燥未成熟果实中分离得到一个稀有高氧化状态、新的柠檬苦素类化合物吴茱萸塔宁(evolimorutanin),同时还分离得到了已知结构的化合物柠檬苦素(limonin)。
补充资料：它波宁
分子式：
CAS号：
性质：又称它波宁，水甘草碱等。油状液体。其盐酸盐(由乙醇中结晶)熔点199～199.5℃。旋光度-333°(c=2.5，甲醇)。植物来源有夹竹桃科植物柳叶水甘草[Amsonia tabernaemontana Walt.(A.salicifolia)]的叶，长春花[Cantharanthus roseus(L.)G.Don.]的种子。具有降压作用。
CAS号：
性质：又称它波宁，水甘草碱等。油状液体。其盐酸盐(由乙醇中结晶)熔点199～199.5℃。旋光度-333°(c=2.5，甲醇)。植物来源有夹竹桃科植物柳叶水甘草[Amsonia tabernaemontana Walt.(A.salicifolia)]的叶，长春花[Cantharanthus roseus(L.)G.Don.]的种子。具有降压作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条