1.
EXHALATIVE SEDIMENTATION AND HYDROTHERMAL SUPERIMPOSITION-TRANSFORMATION CHARACTERISTICS OF THE XIANGSHANNAN PYRITE DEPOSIT, ANHUI PROVINCE
安徽向山南硫铁矿的沉积-喷气沉积与热液叠加改造特征
2.
Atomization and Deposition Characteristic Research on Air-assisted Electrostatic Spraying
气助式静电喷雾雾化及沉积特性研究
3.
Target backside deposition characteristics of air-assisted electrostatic spraying
气助式静电喷雾靶标物背部沉积特性
4.
Composition and microstructure analysis of controlled atmosphere spraying deposit
可控气氛热喷涂沉积层的成分及组织分析
5.
The Research on Gas-Solid Two-Phase Flow Shock Wave and Deposition Behavior on Metal Surface Molecular Dynamics Simulation in Cold Gas Spray;
冷喷涂中的气固两相流激波及表面沉积分子动力学模拟研究
6.
The Preparation of Diamond Films by DC Arc Plasma Jet CVD
直流等离子喷射化学气相沉积法制备金刚石薄膜
7.
Application of Thermal-spraying and Electron Beam Physical Vapor Deposition Technologies on Preparation of Thermal Barrier Coatings
热喷涂及电子束物理气相沉积技术在热障涂层制备中的应用
8.
Droplet Deposition in Variable-speed Spraying Experiment of Air Blast Sprayer
风送式喷雾机变速喷雾雾滴沉积试验
9.
Contrast between GCr15 steel sprayed blank and sprayed powder
喷射成形沉积坯与过喷粉末的比较分析
10.
Researches of Microstructues and Properties of Spray Deposited Al11.3Zn2.4Mg1.1Cu Alloy;
喷射沉积Al11.3Zn2.4Mg1.1Cu合金组织及性能研究
11.
Jet-Electrodeposition of Co-Ni Alloys and Their Thermal Stability;
Co-Ni合金的喷射电沉积及其热稳定性
12.
The Microstructures and Mechanical Properties of Spray Deposited Heat Resistant High-Silicon Aluminum Alloy
喷射沉积耐热高硅铝合金组织及性能
13.
Intelligent Control for Forming Process of Cylindrical Spray Deposition
柱状喷射沉积坯成形过程的智能控制
14.
Study the Densification Process of Spray Deposited GCr15 Alloy
喷射沉积坯GCr15合金的致密化研究
15.
Simulation for Cathodic Electric Field Intensity in Jet Electrodeposition
喷射电沉积阴极电场强度的仿真研究
16.
Research of Microstructure of Spray-deposited High Si-Al Alloy
喷射沉积高硅铝合金的显微组织研究
17.
Ore formation was dominated by exhalation-sedimentation, subsequently subjected to metamorphism reformation, superposition of magmatic hydrothermalism and supergenesis.
成矿以喷气－沉积作用为主，其后经历了变质改造、岩浆热液叠加及表生氧化作用。
18.
A Ni base superalloy columnar preform were produced through nitrogen spray atomization and deposition.
利用氮气雾化喷射沉积技术成功地获得了宇航用变形镍基高温合金柱形坯。