1.
Bond strength of three porcelains to cast titanium
钛铸件与三种钛瓷粉结合强度的对比研究
2.
Study on Surface Reaction Layer of Titanium Cast with Three Type Investments
对3种包埋料铸出的钛铸件表面反应层的研究
3.
Application of Cast Titanium and Ti Alloys in Dentistry
钛和钛合金铸件在牙科医疗上的应用
4.
The application & Development of Cast Titanium Alloys and Their Castings Abroad
国外铸造钛合金及其铸件的应用与发展
5.
Solidified Structure Simulation of the Titanium Castings Made by Vertical Centrifugal Casting
钛合金铸件立式离心铸造凝固组织数值模拟
6.
Effect of investment for titanium crown and bridge on reactive layer of castings
纯钛冠桥铸造包埋料对铸件反应层的影响
7.
Application of Titanium?bearing Slag Sand(Powder) in the Casting of? High Manganese Steel by EPC
钛渣砂(粉)在高锰钢件消失模铸造中的应用
8.
Chemical Composition Fluctuation between TA15 Titanium Alloy Bars and ZTA15 Investment Castings
TA15钛合金大棒与ZTA15精铸件的化学成分波动研究
9.
Investigation on Suction Casting Control Technology for Titanium Alloy Parts
钛合金构件真空吸铸成形控制技术的研究
10.
Effects of Centrifugal Forces on Porosity and Dimensional Contraction Rate of TC4 Alloy Castings
离心力对TC4钛合金铸件孔洞及线收缩率的影响
11.
Mechanical Properties of Centrifugal Casting Titanium Alloys
离心铸造钛合金件的力学性能变化规律
12.
The casting can meet requirement of titanium alloy creep fixed treatment.
研制出的铸件满足了钛合金蠕变定形处理的要求。
13.
Improvements on the Software System for Simulations of Centrifugal Mold-Filling and Coupled Heat-Transfer Processes of Titanium Castings;
钛合金离心铸造充型与传热过程耦合模拟软件系统的改进
14.
It is an ideal material for precision casting of Carbon Steel, Stainless Steel, Rrefractory Steel as well as moudle of Alumina Alloy and Titatium Alloy.
是碳素钢、锈钢，耐热钢等复杂精密铸件和铝，钛合金熔模铸造的理想原料。
15.
Research on Cast Technology of the Self-made Investment for Titanium and on Accuracy of the Dental Titanium Castings
自制铸钛包埋材料铸造工艺与铸钛修复体铸造精度的研究
16.
The castings made by founding.
铸件铸造出来的物件
17.
A castability study of a new investment material for titanium casting in different mold temperature
新型铸钛包埋材料不同铸模温度对纯钛铸流率影响的研究
18.
The present status and development tendency of Ti casting for dentistry were surveyed from the view of Ti materials, machine and filling mold materials.
从牙科铸钛用钛材、钛机、埋料等方面综述了牙科铸钛技术的现状及发展。