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Breakthrough Technologies in Titanium Refinement Methods

机译:钛细化方法中的突破性技术

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Recent advances in novel processing approaches for the production of titanium metal have attracted worldwide interest.Affordable methods to replace the Kroll Process for the production of Ti sponge have been sought for decades.In the early 20th century,Al was transformed from a "precious metal" to a "commodity" through the development of an efficient electrochemical refinement process.If a similar breakthrough can be devised for Ti,it would find applications in many systems where specific properties are being recognized as enabling;for example advanced armored vehicles,corrosion resistant marine systems as well as the usual aerospace platforms.This presentation will provide an overview of the emerging chemical and molten-salt electrochemical methods being pursued under DARPA sponsorship and the implications for new alloy design.The objectives of these studies will be related to the potential benefits for structural applications in future defense systems.
机译:新型加工方法的钛金属的新加工方法已经吸引了全球兴趣。已经寻求几十年来代替生产TI海绵的Kroll过程的克尔工艺。20世纪初,Al从“珍贵金属”转变“通过发展”商品“通过开发有效的电化学改进过程。如果可以为TI设计类似的突破,它将在许多系统中找到应用特定属性被识别为能够的应用;例如,先进的装甲车辆,耐腐蚀海洋系统以及通常的航空航天平台。本演示将概述在Darpa赞助下追求的新兴化学和熔盐电化学方法以及对新合金设计的影响。这些研究的目标将与潜力有关在未来防御系统中的结构应用的好处。

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