片语

laser heterogeneous catalysis激光多相催化

heterogeneous catalyst非均相催化剂；多相催化；不匀触媒

electro-heterogeneous catalysis电多相催化

Heterogeneous s Catalysis非均相催化剂

Heterogeneous asymmetric catalysis多相不对称催化

Heterogeneous or multiphasic catalysis多相催化

liquid solid heterogeneous catalysis液固多相催化

heterogeneous chiral catalysis多相手性催化

英汉例句

• these hollow spheres are used as confined reaction vessels, drug carriers, dye dispersants, and carrier systems in heterogeneous catalysis et al.

  纳米胶囊的应用领域非常广泛，已经或正在应用于微型反应器、药物载体、染料分散剂、非均相催化剂载体等方面。

• in this review, a brief introduction of application of surface science for the advancement of environmental heterogeneous catalysis is provided.

  简要介绍环境多相催化研究过程中应用表面科学的研究方法的必要性和将会遇到的挑战和机遇。

• the preparation of ethanolamine is mainly composed of aqueous ammonia and liquid ammonia methods, which belong to typical homogeneous catalysis and heterogeneous catalysis respectively.

  乙醇胺主要由氨水法与液氨法两种制备方法合成，它们分属于典型的均相催化与多相催化。

• the impulse-response technique is widely used for heterogeneous catalysis study to evaluate transfer and adsorption coefficients and kinetic constant.

  脉沖-应答技术广泛应用于多相催化研究中求取传递与吸附系数和动力学常数。

• this invention relates to a heterogeneous catalysis palladium catalyst, in addition to its preparing method and usage.

  本发明涉及一种非均相钯催化剂、合成方法和用途。

• it is a hot research topic in the field of nano-science and heterogeneous catalysis at current.

  属当前纳米科学和异相催化领域热门研究课题。

• it is also the first elementary step in heterogeneous catalysis and the fundamental to understanding of catalytic mechanism.

  目前理论也越来越多的被证实是一个有效的研究手段。

• abstract: emphasis is put on the recent development concerning the catalytic oxidation of methane to oxygenates by heterogeneous catalysis and liquid catalysis.

  文摘：本文对甲烷催化氧化制含氧化合物的研究，从多相催化和液相催化两个 方面进行了综述；

• fractal geometry has been applied to the research of heterogeneous catalysis since 80′s.

  80年代以来，分数维几何已用于非均相催化研究。

• recently, the techniques of sps and efisps have been applied in heterogeneous catalysis studies, they are characterized by high sensitivity, good reappearance and simplicity in operation.

  近年来将sps和efisps技术应用于多相催化研究领域，显示出其检测灵敏度高、再现性好、操作简单等特点。

• also, hap-based material acting as a catalyst shows its advantage in heterogeneous catalysis system.

  同样，以hap基材料作为多相可循环催化剂也已显示出其在催化领域的优势。