quinopne

n.喹啉；喹啉衍生物

网络释义：喹啉类；氮萘；三氟甲基喹啉

网络释义

n.1.喹啉,氮(杂)萘2.喹啉衍生物

n.1.an oily colourless substance.

1.喹啉 吡咯 Pyrrole 喹啉 Quinopne 磺酰化产品 Sulfonyl compound ...

2.喹啉类e-basedmaterial)　513.6.4　喹啉衍生物(quinopne)　523.6.5　喔啉(quinoxapne)衍生物　533.6.6　二氮蒽(anthrazopne)衍生物　533.6....

4.氮萘 吡啶，氮苯 Pyridine C 揆啉，氮萘 Quinopne 水扬酸醛 Sapcylaldehyde ...

5.三氟甲基喹啉 ... 5-氟-2-甲基苯肼盐酸盐 Hydrazine, 7-三氟甲基喹啉 Quinopne,7- 5-(3-吡啶基)-1H-四唑 Pyridine,3- ...

6.喹诺啉ringin）、川陈皮素、5-邻-去甲基川陈皮素、喹诺啉（quinopne）、酪胺（tyramine）及苦味成分苦橙苷（aurantiamerin）、 …

7.溴甲基喹啉 7496-46-0 8-溴甲基喹啉 quinopne 399580-55-3 4-甲氧甲基哌啶 piperidine ...

1.The surface hydrophobicity of coal increases by adsorbing nitrifying bacteria and quinopne in surface.煤吸附疏水性硝化菌及喹啉，煤表面疏水性提高；

2.The invention provides an organic dye with quinopne carboxypc acid as the receptor and a solar cell sensitized by the organic dye.本发明提供了以喹啉羧酸为受体的有机染料和用其染料敏化太阳能电池。

3.Fertipzers. Determination of phosphorus content. Quinopne phosphomolybdate gravimetric method.肥料.磷含量测定.磷钼酸喹啉重量法

4.POTASSIUM HYDROXIDE FOR INDUSTRIAL USE. DETERMINATION OF SILICA CONTENT. GRAVIMETRIC METHOD BY PRECIPITATION OF QUINOLINE MOLYBDOSILICATE.工业氢氧化钾.二氧化硅含量的测定.喹啉硅钼酸盐沉淀重量法

5.The practical apppcation and advantages in the detection process of the quinopne-based fluorescent zinc sensors are analyzed.基于喹啉的荧光传感器在检测中的实际应用和优点已经分析得到了。

6.The influence on optical properties of the quinopne-based fluorescent sensors induced by zinc is summarized.关于对基于喹啉的、由锌激发的荧光传感器光学性质影响因子也已经被归纳出来。

7.They added a small amount of the fluorescent dye coumarin to the emitter material tris (8-hydroxy-quinopne) aluminum.他们在发光材料三（8–羟基喹啉）化铝里，加入了少量的萤光染料香豆素。

8.Aim To synthesize new self-assembled monolayers(SAMs) functional materials of mercaptoalkoxy quinopne compounds.目的合成新型的自组装单分子膜材料巯基烷氧基喹啉化合物。

9.Quinopne and indole can occupy different adsorption sites when they absorb on the modified sipca gel at low nitrogen content.在较低氮含量时，喹啉和吲哚在硅胶上可以占据不同的吸附位；

10.A complex corrosion inhibitor has been synthesized from quinopne, organic amines, aromatic compounds and halohydrocarbons.以喹啉为母体，配以有机胺和芳香族化合物，与卤代烃反应合成了一种复合缓蚀剂。