用示踪元素熔融法测定牙齿精密铸造中钛的流动。1. 流动可视化原理及其在简单铸件中的应用[j]。

K Watanabe, S Okawa, O Miyakawa, S Nakano, N Shiokawa, M Kobayashi
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引用次数: 0

摘要

采用示踪元素熔液(TEM)法对牙科精密铸造中熔融钛的流动进行了可视化研究。这种技术的原理如下。在铸钛时,预先插入浇口选择点的示踪元素丝逐渐熔融,并根据熔融钛在模腔内的流动情况进行分布。凝固后,为了观察流动模式,需要在铸件的一段上使用配备了阶段扫描映射系统的EPMA对示踪元素进行分析。该技术以Ag、Au、Pd或Pt为示踪剂,在形状上已应用于一些简单的铸件,已被证实是一种非常有效的牙科铸件中钛流动可视化技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Determination of titanium flow by the tracer element molten method in the dental precision casting. 1. The principle of flow visualization and application to simple castings].

The tracer element molten (TEM) method has been developed for flow visualization of molten Titanium in dental precision casting. The principle of this technique is as follows. When Titanium is cast, the tracer element wire inserted previously into the selective point of the sprue is molten little by little and distributed according to the molten Titanium flow in the mold cavity. After solidification, to observe the flow pattern, the tracer element needs to be analyzed on a section of the casting by EPMA equipped with the stage scan mapping system. This technique using Ag, Au, Pd or Pt as a tracer has been applied to some simple castings in shape and has been confirmed to be a very powerful technique for Titanium flow visualization in dental castings.

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