Some Observations on the Effect of the Interaction of Tantalum with Oxygen, Nitrogen, and Hydrogen
Some Observations on the Effect of the Interaction of Tantalum with Oxygen, Nitrogen, and Hydrogen
复制标题
钽与氧、氮、氢相互作用影响的一些观察
DOI：
10.1149/1.2428665
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发表时间：
1958
期刊：
影响因子：
--
通讯作者：
R. Bakish
中科院分区：
文献类型：
--
作者：
R. Bakish
钽与O~，N ~，和H~。{100}是反应产物的惯习面，分别为Ta~ Os、TaN和~ TaH。评价了气体-金属相互作用对单晶断裂行为的影响。讨论了观察到的{100}和{110}解理型断裂的这种相互作用引起的和一个假设来解释发生先进。描述了在解理面上观察到的痕迹。许多研究者已经详细研究了钽与氧、氮和氢的相互作用（1-4）。然而，这种互动的几个方面被完全忽视了，本次交流试图弥补其中的一些差距。本研究中使用了来自Fansteel Metallurgical Corporation的片状和线状的高纯Ta（0.03 C max，0.03 Fe max，99.9+ Ta）。对细颗粒材料和约0.01英寸的片状单晶都进行了观察。通过应变退火生长的厚度。
Experiments and results on the interaction of tantalum with O~, N.~, and H~ are presented. The {100} is shown to be the habit plane of the segregation of the reaction products which appear to be Ta~ Os, TaN, and~ TaH, respectively. The role of the gas-metal interaction on the fracture behavior of single crystals has been evaluated. The observed {100} and {110} cleavage-type fractures as induced by this interaction are discussed and a hypothesis to explain occurrence advanced. Markings observed on cleavage faces are described.The interaction of tantalum with oxygen, nitrogen, and hydrogen has been studied in some detail by a number of investigators (1-4). Several aspects of this interaction have been completely neglected, however, and an attempt to cover some of these gaps is made with this communication. High-purity Ta in sheet and wire form from Fansteel Metallurgical Corporation (0.03 C max, 0.03 Fe max, 99.9+ Ta) was used in this investigation. Observations were made both on fine grain material and on sheet single crystals of about 0.01 in. thickness grown by strain annealing.