1.
The basic nitrogen compounds include pyridines and quinolines.
碱性氮化物包括吡啶和喹啉。
2.
EFFECT OF BASIC NITROGEN COMPOUNDS (BNC) ON CATALYTIC DEWAXING OF LUBE OIL FRACTIONS
碱性氮化物对润滑油催化降凝的影响
3.
The Effects of the Basic Nitrogen Compound on Performances of Liaohe Base Oils
碱性氮化物对辽河基础油使用性能的影响
4.
Effects of different of reagents and its catalyst oil ratio, concentration of alkali liquid on removal of basic nitrogen were investigated.
考察了试剂及剂油比、碱洗浓度对碱性氮脱除率的影响。
5.
Study on Removing of Basic Nitrogen Compounds in RFCC Diesel Oil;
催化裂化柴油中碱性氮化物的脱除研究
6.
The Research for Basic Nitrogen Removal from Fuel by Solid Phase Coordination Extraction;
固相配位萃取法脱除油品中碱性氮的研究
7.
DENITROGENATION OF FCC GASOLINE USED AS THE FEEDSTOCK OF ALKYLATION BY SEVERAL DIFFERENT ADSORBENTS
吸附法脱除烷基化用汽油中的碱性氮化物
8.
EFFECTS OF THE SURFACE PROPERTIES OF ADSORBENTS ON THE REMOVAL OF BASIC NITROGEN COMPOUNDS FROM DIESEL FUEL
吸附剂表面性质对柴油碱性氮化物吸附脱除的影响
9.
Non-basic nitrogen-containing series include pyrroles, indoles, carbazoles and benzcarbazoles.
不含碱性氮的化合物包括吡咯、吲哚、咔唑和苯咔唑。
10.
The kinetic study of the deactivation effect of basic nitrogen compounds on the zeolite catalyst in the light fuel oil cracking
碱性氮化物对分子筛裂化催化剂失活动力学函数的考察
11.
Quantum mechanical studies on basicity of nitrogen-containing compounds
含氮化合物碱性强弱的量子力学研究
12.
Synthesis of N-containing Inhibitors and Research of the Inhibition Performance under High Temperature and in Alkaline Solution;
含氮缓蚀剂合成及高温碱性条件下性能的研究
13.
Studies on the Synthesis and Biological Activities of Schiff Base of Triazole and Triazolo Thiadiazole Derivatires;
含三氮唑的希夫碱和三氮唑并噻二唑的合成及生物活性研究
14.
Analysis of Basic Nitrogen-Containing Compounds in Coal Liquefaction Products
煤炭直接液化油中含氮碱性化合物的分析
15.
Study on the Stability of Cd(Ⅱ)┐ Arom atic┐ Diam ine┐ Am inoacid Com plexes
镉(Ⅱ)-芳香氮碱-氨基酸配合物稳定性的研究
16.
A Study of Yielding the Diazonium Salt on Mixing Basic and Acidic Waste Water Formed in the Manufacture of Trinitrotoluene
关于梯恩梯酸碱性废水相混产生重氮盐的研究
17.
Improvement on determination method of total nitrogen in seawater by alkaline potassium persulfate
碱性过硫酸钾氧化法测定海水总氮方法的改进
18.
Spatial variability and prediction of soil available nitrogen of different vegetation types
不同植被类型土壤碱解氮空间变异性及预测