ordered alloy的例句大全

CO adsorption and coadsorption with O2 on ordered alloy surface Pd { 001} c ( 2 × 2)-Mn were studied with high-resolution electron energy loss spectroscopy ( HREELS) and low energy electron diffraction ( LEED).

用高分辨率电子能量损失谱研究了O2和CO在有序合金表面Pd{θ01}c（2×2）-Ma上的共吸附。

Study on Oxidation and CO Adsorption on Rh ( 100) c ( 2 × 2) Mn Ordered Alloy Surface

Rh（100）c（2×2）Mn表面合金的氧化和吸附CO的研究

It is related to the formation of the ( GaP) 1/ ( InP) 1 single layer superlattice in the ordered alloy along [ 111] direction.

认为这与在有序合金中形成沿〔111〕方向的（GSP）1／（InP）1单层超晶格有一定联系。

Antiphase Domain of an Ordered Alloy

有序合金反相畴研究

The fleshly prepared amorphous Ni-P alloy catalyst, which has a better copy of the pore structure of SBA-15, has a better ordered structure.

证明新鲜制备的材料为Ni-P非晶态合金，其较好地反相复制了SBA-15的孔道结构，具有较好的有序性结构。

Template-assisted electrochemical deposition of three-dimensionally ordered macroporous Fe-Ni alloy films

模板辅助电化学沉积三维有序大孔Fe-Ni合金膜

Simulation of Ordered Domain Interfaces Formed between DO_ ( 22) Phases in Ni-Al-V Alloy Using Microscopic Phase-Field Model

Ni-Al-V合金DO（22）相间有序畴界面的微观相场模拟

The site of CO adsorbed on Cu { 00l} c ( 2 × 2)-Pd ordered surface alloy has been studies using high resolution electron energy loss spectroscopy ( HREELS). CO molecules are bonded vertically only on top sites of Pd atoms at 240K.

用高分辨电子能量损失谱研究CO在有序表面合金Cu{001}c（2×2）-Pd上的吸附位置，在240K，CO仅直立地吸附在Pd原子的顶位；

f-sport forged alloy wheels can be ordered in either 18-inch or 19-inch size.

架F-体育伪造的铝合金轮毂可以下令或者18英寸或19英寸的大小。

The regulation of incubation time, precipitation sequence and mechanism of Ni-Al-V alloy on the effect of temperature and concentration was first studied using the microscopic phase-field method, and the interphase boundary structure of ordered domain migration characteristic of interphase boundary and nucleation orientation was investigated.

本文以Ni-Al-V合金为对象，首次采用微观相场法系统研究了温度、浓度对成核孕育期、沉淀序列、沉淀机制的影响规律，以及有序畴界面结构、界面迁移性、形核取向性。

Adsorption of CO on cu { 001} c ( 2 × 2)-pd ordered surface alloy

CO在表面有序合金Cu{001}c（2×2）-Pd上的吸附