异丁醛

异丁醛催化氧化反应过程的模拟和开发

Simulation and Development of IBA Catalytic Oxidation Process

V2O5催化甲醇与乙醇合成异丁醛对氯苯甲醛的合成

V_2O_5 catalyst for synthesis of isobutyraldehyde from methanol and ethanol

La2O3对合成异丁醛催化剂V2O5的催化性能的影响

Effect of La_2O_3 on V_2O_5 Catalyst for Isobutyraldehyde Synthesis

异丁醛还原Pu（Ⅳ）的动力学研究

Kinetics of Pu (ⅳ) Reduction by Isobutyraldehyde

甲醇与乙醇一步合成异丁醛用CuO-ZnO/Al2O3催化剂

CuO zno / al 2O 3 catalysts for one step synthesis of isobutyraldehyde from methanol and ethanol

将异丁醛与1,4丁烯二醇缩合得到产物二氧七环，对产物进行了元素分析和IR分析。

The condensation compound was synthesized by 2 butene 1,4 diol and iso butyric aldehyde , and was characterized by elemental analysis and IR .

异丁醛（IBA）的合成异丁醛异构为甲乙酮的研究（I）

Studies on the isomerization of isobutyraldehyde to methyl ethyl ketone (ⅱ)

同时发现，碱性金属氧化物作助剂可以增强助剂与活性组分之间的协同作用，提高异丁醛的选择性和收率，较适宜的助剂是CaO。

Alkali metal oxides improve the synergistic effect between active component and promoters , and increase selectivity and yield of isobutyraldehyde . The optimum promoter is CaO .

不同反荷离子的Keggin结构钼磷酸盐的热稳定性及其对异丁醛催化氧化活性的影响

Thermal Stability and Activity of Catalytic Oxidation of Isobutyraldehyde of Molybdophosphoric Salt with Keggin Structure Containing Different Equilibrium Cations

较佳反应条件为：第一步反应中，甲醛、异丁醛、三乙胺的用量分别是2.9,2.7,0.07mol，反应时间6h，反应温度70℃；

The optimum reaction conditions were : in the first stage , amount of formaldehyde , isobutyl aldehyde , and triethylamine respectively 2.9,2.7 , and 0.07 mol , reaction time 6 h , reaction temperature 70 ℃;

受原料异丁醛来源的限制，我国NPG生产厂家均在北方，南方大部分NPG市场仍要依赖进口。

Restricted by sources of raw material isobutyl aldehyde , China 's NPG manufacturers are all located in north , so the southern NPG market demand depends on imports also .

以丙二酸和异丁醛为起始原料，通过Knoevenagel缩合，再经异构化和内酯化反应合成了γ-甲基-1,4-戊内酯，总收率53%

Methyl 1,4 valerolactone , an important intermediate of semi synthetic harringtonine was synthesized from malonic acid and isobutyraldehyde by Knoevenagel condensation , followed by isomerization and lactonization in 53 % overall yield .

通过对吉化公司异丁醛加氢装置中一台薄管板换热器（E103）多工况的应力测试，得到了它的应力状态。

By the thin-tubesheet heat exchanger ( E103 ) many working loads stress test of the isobutyraldehyde hydrogenate plant of Jilin Chemical Industry Co. its stress state is obtained .

结果表明：该毛细管柱能够很好的分离正丁醛，其异丁醛、正丁醇、正丁酸的检出限分别是50ng，15ng和100ng，线性范围为50ng～500ng。

The results showed that n butyraldehyde could be completely separated with the capillary column , the detection limits were 50 ng , 15 ng and 100 ng for isobutyraldehyde , n butanol and n butyric acid , respectively , and the linear range was 50 ng ~ 500 ng .

异丁醛缩合加氢合成2,2,4-三甲基-1,3-戊二醇

Synthesis of 2,2,4-Trimethylpentane-1 , 3-diol by Condensation and Hydrogenation from Iso-butylaldehyde

异丁醛催化氧化反应动力学模型

A Study of the Reaction Kinetics Model of Isobutyraldehyde Catalytic Oxidation

水-异丁醛二元体系相平衡的测定和关联

Phase Equilibria for the Binary System of Water - Isobutyl Aldehyde

异丁醛气相加氢工艺的研究

The study of the gas phase hydrogention process of isobutyraldehyde

异丁醛缩合法制异丁酸异丁酯乙醛缩合法制乙酸乙酯的研究

Study on Preparation of Ethyl Acetate by Condensation of Acetaldehyde

异丁醛氧化制丙酮热导气相色谱分析

Analysis of Acetone Produced in Oxidation of Isobutyraldehyde by GC with TCD

低碳醇一步合成异丁醛的研究

Study on Synthesis of Isobutyraldehyde in One - step from Mild Alcohol

氨基磺酸催化合成异丁醛1,2-丙二醇缩醛

Synthesis of Isobutyraldehyde 1 , 2-propanediol Acetal with Aminosulfonic Acid as Catalyst

由异丁醛和甲醛缩合加氢合成新戊二醇的过程研究

Preparation Technology of Neopentyl Glycol by Condensation and Hydrogenation from iso-Butylaldehyde and Formaldehyde

异丁醛加氢反应器优化控制系统开发

Development of an Optimizing Control System for a Hydrogenation Reactor of Isobutyl Aldehyde

异丁醛下游产品的技术开发

Technology Development of Downstream Products of Isobutyl Aldehyde

异丁醛存在下氨基糖苷类抗生素吸附伏安法研究

A Study on the Absorption Voltametry of Aminoglycoside Antibiotics in the Presence of Isobutyraldehyde

上述条件下，异丁醛1,2-丙二醇缩醛的收率可达71.15%。

Under these conditions , the yield of ( I ) could reach 71.15 % .

异丁醛的生产技术与应用

Production Technology and Application of Iso-butyl aldehyde

异丁醛与1,4-丁烯二醇缩合反应的研究

Study on Condensation Reaction of 2 - Butene - 1,4 - diol and Iso-Butyric Aldehyde

异丁醛在发酵前7天没有检测到，后期才出现。

Isobutyraldehyde was not detected in first 7 days . It mainly formed in post fermentation .