feal的例句大全

Study on injection molding of FeAl intermetallic powder

FeAl金属间化合物粉末注射成形工艺研究

Research of Anti-corrosion and Heat Resistance Performance of Electro-thermal Explosion Plasma Spray Coating of FeAl Base

FeAl系电热爆炸等离子体喷涂层高温耐蚀性能研究

Formation of the aluminum deficient FeAl phase indicates the initiation of the coating degradation;

贫Al的FeAl相的形成，意味着退化开始。

The shape and size of pore is related to the distribution and size of Al and FeAl;

孔隙的形状和大小取决于原料Al和生成物FeAl的分布和大小；

Management of troops free FeAl estate lease

谈部队空余房地产租赁管理

Distribution of feal coliform bacteria and heterotrophic bacteria and its environment factors in Hangzhou Bay

杭州湾粪大肠杆菌和异养细菌的分布特征及其环境因子

Superplasticity Phenomenon in FeAl Alloy with Large Grains

具有大晶粒的FeAl金属间化合物的超塑性现象

Wear Resistance of Laser Clad TiC Reinforced FeAl Intermetallic Matrix Composite Coatings

激光熔覆TiC增强FeAl金属间化合物基复合材料涂层磨损性研究

Microstructure of Laser Clad TiC/ FeAl Composite Coating and Growth Mechanism of Primary TiC Carbide

激光熔覆TiC/FeAl复合材料涂层显微组织及初生TiC生长机制研究

The results indicated that the microstructure of the composite coatings is with the bedded matrix phase FeAl_2O_4 and the horniness phase Al_2O_3, and the spherical Fe phase is distributed in the bedded coatings;

结果表明：等离子反应合成得到了以层状基体相FeAl2O4与硬质相Al2O3为骨架，球状Fe相弥散分布于基体相上的复合涂层；

GTA Welding and Weldability of FeAl Alloy

FeAl合金氩弧焊工艺和接头性能研究

In the paper, Metal Particle toughed FeAl_2O4-Al_2O_3-Fe composite coatings are fabricated by reactive plasma spraying technology in use of the exothermic reaction of Al-Fe_2O_3 system. The microstructure and performance of the composite coatings are studied.

利用Al-Fe2O3体系放热反应，采用等离子反应合成技术，制备出了金属颗粒增韧的FeAl2O4-Al2O3-Fe复合陶瓷涂层，并研究分析了复合涂层的组织及其性能。

Surface and interfacial stresses are slightly affected by FeAl layer. Therefore, when choosing thick ceramic layer and thin Al layer, there are appropriate stress distributions at surface and interfaces, and the mechanical properties of coatings can be strengthened.

FeAl层对表面应力和界面应力影响较小.因此，当选择较厚陶瓷层和较薄铝层时，涂层内将具有较优的表面和界面应力分布状态，从而可提高涂层力学性能。

The porosity and microstructure of ceramic layer were analysed. The results show that the porosity of ceramic layer consisted of FeAl 2O 4, Al 2O 3 and glass phase is 4.6%.

对陶瓷层孔隙率和组织结构进行了分析，结果表明：陶瓷层由大量铁铝尖晶石（FeAl2O4），少量刚玉（Al2O3）以及基体玻璃相组成，孔隙率为4.6%。

two corrosion layers can be found on 316 stainless steel after being corroded for 24h, the first blacker layer near the base is fe_2al_5, and the second outer layer with spot is feal_3.

316不锈钢经过24h的腐蚀，可看出腐蚀层分为两层，靠基体较黑的为第一层Fe2Al5，往外花带斑点的为第二层FeAl3。

The surface of the steel matrix composites reinforced by Al-C-Ti system has more FeAl phase.

Al-C-Ti体系钢基表面复合材料表面FeAl含量较高.

Lattice Dynamics Study of B2 FeAl Alloy by Using the Embedded Atom Method

B2FeAl合金晶格动力学的嵌入原子模型计算