INFLUENCE OF THE ATMOSPHERE CONTROL DURING THE GRINDING OF TITANIUM POWDER ON ITS REACTIVITY TOWARDS THE CONVERSION INTO TITANIUM NITRIDE

Criado JM.; Real C.; Alcala MD.

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INFLUENCE OF THE ATMOSPHERE CONTROL DURING THE GRINDING OF TITANIUM POWDER ON ITS REACTIVITY TOWARDS THE CONVERSION INTO TITANIUM NITRIDE

机译：钛粉研磨过程中气氛控制对其转化为氮化钛的反应性的影响

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A grinding vial has been developed to be used with a high grinding energy swinging mill under the pressure of selected gases. This tool has been used for the study of titanium with nitrogen gas. Nanometric titanium nitride with a crystallite size around 10 nm has been obtained. A mechanism for the mechanochemical conversion of titanium into titanium nitride has been proposed. [References: 20]

机译：已开发出一种研磨瓶，可在选定气体的压力下与高研磨能量摆动磨一起使用。该工具已用于研究氮气中的钛。已经获得具有约10nm的微晶尺寸的纳米氮化钛。已经提出了将钛机械化学转化为氮化钛的机理。 [参考：20]

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《Solid state ionics》 |1997年第2期|共5页
作者
Criado JM.; Real C.; Alcala MD.;
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正文语种 eng
中图分类固体物理学;
关键词
Mechanochemical treatment; Grinding of titanium; Nitriding reactivity; Transformation; Phosphate; Tio2;

机译：机械化学处理;钛的研磨;渗氮反应性;转化;磷酸盐;二氧化钛;

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1. Influence of the atmosphere control during the grinding of titanium powder on its reactivity towards the conversion into titanium nitride [J] . J.M. Criado, M.D. Alcala, C. Real Solid state ionics . 1997,第Pt2期

机译：钛粉研磨过程中气氛控制对其转化为氮化钛的反应性的影响
2. Formation of titanium nitride produced from nanocrystalline titanium powder under nitrogen atmosphere [J] . A.S. Bolokang, M.J. Phasha International Journal of Refractory Metals & Hard Materials . 2010,第5期

机译：在氮气氛下由纳米晶钛粉生产的氮化钛的形成
3. Synthesis of titanium nitride powders by reactive ball milling of titanium and urea [J] . J.F. Sun, M.Z. Wang, Y.C. Zhao Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2009,第1a2期

机译：钛与尿素的反应球磨合成氮化钛粉末
4. THE INFLUENCE OF PARTICLE ENERGY DISTRIBUTIONS ON THE STRUCTURE AND PROPERTIES OF REACTIVELY SPUTTERED TITANIUM OXIDE AND TITANIUM NITRIDE THIN FILMS [C] . C. Muratore, J.A. Rees, B. Mishra, 2003 TMS Annual Meeting, Mar 2-6, 2003, San Diego, California . 2003

机译：颗粒能量分布对反应溅射二氧化钛和氮化钛薄膜结构和性能的影响
5. Laser processing, properties, and theoretical modeling of cobalt disilicide/silicon, titanium nitride/silicon, silicon/titanium nitride/silicon, and copper/titanium nitride/silicon heterostructures. [D] . Chowdhury, Rina. 1995

机译：二硅化钴/硅，氮化钛/硅，硅/氮化钛/硅和铜/氮化钛/硅异质结构的激光加工，性能和理论模型。
6. Composite Nitride Nanoceramics in the System Titanium Nitride (TiN)-Aluminum Nitride (AlN) through High Pressure and High Temperature Sintering of Synthesis-Mixed Nanocrystalline Powders [O] . Mariusz Drygaś, Katarzyna Lejda, Jerzy F. Janik, 2021

机译：通过高压和合成混合纳米晶体粉末的高压和高温烧结体系氮化钛（锡）氮化物（Aln）中的复合氮化物纳米陶瓷
7. Influence of ammonia gas exposure on microstructure of nanocrystalline titanium nitride powder synthesized from titanium dioxide [O] . Hanan ALHUSSAIN, Takuto MISE, Yasuyuki MATSUO, 2019

机译：氨气暴露对二氧化钛纳米晶氮化钛氮化物粉末微观结构的影响
8. Formation and Characterization of Titanium Nitride and Titanium Carbide Films Prepared by Reactive Sputtering [R] . Sundgren, J. E. 1982

机译：反应溅射制备氮化钛和碳化钛薄膜的形成与表征

INFLUENCE OF THE ATMOSPHERE CONTROL DURING THE GRINDING OF TITANIUM POWDER ON ITS REACTIVITY TOWARDS THE CONVERSION INTO TITANIUM NITRIDE

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