采用热压注工艺成型氧化硅基陶瓷型芯。
Abstract :The silica based ceramic cores were formed by hot pressure molding method.
利用水溶型芯和陶瓷型芯，我们可以铸出更深的孔。
Deeper holes can be casted by using soluble cores and ceramic cores.
利用水溶型芯和陶瓷型芯，我们可以铸出更深和更复杂的孔和槽。
Deeper and more complicated holes and slots can be casted by using soluble wax cores and ceramic cores.
用陶瓷型芯可铸造出更深的孔，但会额外增加费用，只适宜于大批量生产。
The scope can be enlarged by the use of pre-formed ceramic cores at additional cost, only economical for large quantities.
利用挤压成型的方法，制备了应用于钛合金高尔夫球杆头精密铸件的陶瓷型芯。
The ceramics core was prepared by extrusion moulding applied in the titanium alloy golf club head.
另外，对于陶瓷型芯与型壳定位的精确度、性能匹配性对高温合金空心叶片质量影响进行了评述。
In addition, the important influence of positioning accuracy and the consistency of ceramic cores and shells on the quality of superalloy hollow blade was evaluated.
对陶瓷型芯的基体和辅助材料、陶瓷型芯的制备与性能要求、常用的陶瓷型芯及新开发的纳米复合陶瓷型芯进行了阐述。
The material, preparation and property requirements of ceramic core and conventional ceramic core as well as newly developed nano-compound ceramic core were expounded.
结果表明，氧化锆陶瓷型芯的物理性能能够满足钛合金高尔夫球杆头铸造要求，该陶瓷型芯与钛合金液不发生明显的界面反应。
It is shown that the ceramics core is excellent in the physical characteristics. And it is not obvious in the interface reaction with liquid of titanium.
结果表明，氧化锆陶瓷型芯的物理性能能够满足钛合金高尔夫球杆头铸造要求，该陶瓷型芯与钛合金液不发生明显的界面反应。
It is shown that the ceramics core is excellent in the physical characteristics. And it is not obvious in the interface reaction with liquid of titanium.
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