MEKO

When an excess of NH3 molecules were present inside the pores , they would compete with MEKO to adsorb to and cover the Ti sites .

而当过量的氨存在于反应孔道内时，氨分子会与甲乙酮肟分子在钛活性位进行竞争吸附，这有利于甲乙酮肟的深度氧化为2-硝基丁烷。

Trend of development of MEKO technology and suggestions on its study

MEKO技术发展趋势及其技术研究对策

MEKO A-200 have made the good progress in the practical application , and have manifested the superiority of propulsion system combined waterjet and propeller .

并在实际应用取得了较好的成绩，体现了泵桨联合推进系统的优越性。

The article briefly reviews the popular MEKO design concept of vessels at first , then introduces the origin and background of a new type of combined propulsion plant CODAG + WARP .

首先简要回顾了当今世界上比较流行的MEKO舰船设计方法，介绍了新型联合动力装置CODAG+WARP的由来及背景。

The ammoxidation of methyl ethyl ketone ( MEK ) to methyl ethyl ketoxime ( MEKO ) over nano-scale TS-1 was studied with a three-neck glass reactor .

以纳米钛硅分子筛TS-1为催化剂，采用三口玻璃反应器研究了甲乙酮（MEK）氨氧化的反应性能。

Preparation of water-dispersible methyl ethyl ketoxime ( MEKO ) and ε - caprolactam blocked crosslinkers from toluene diisocyanate ( TDI ), trihydric alcohols and DMPA ;

使用甲苯二异氰酸酯（TDI）、三元醇、2,2-二羟甲基丙酸（DMPA），分别使用不同的封端剂即甲乙酮肟（MEKO）和己内酰胺，合成了一系列封端型水可分散交联剂；