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		题名	作者	年代	出处	被引量
	1	退火温度对等径角挤压处理Ti_(49.2)Ni_(50.8)合金马氏体相变的影响(英文)显示文摘利用X射线衍射分析(XRD)、透射电子显微观察(TEM)与差示扫描量热分析(DSC)研究退火处理对等径角挤压Ti_(49.2)Ni_(50.8)合金马氏体相变行为的影响。经等径角挤压及后续退火处理的Ti_(49.2)Ni_(50.8)合金在室温下由B2母相、Ti_4Ni_2O相与B19′马氏体相组成。冷却过程中试样均表现出B2→R→B19′两步相变。加热过程中,退火温度不超过400°C的试样呈现B19′→R→B2两步相变;退火温度高于500°C的试样呈现B19′→B2一步相变。等径角挤压过程中引入的位错导致R相变的相变区间变宽。	张殿涛郭宝佟运祥田兵李莉郑玉峰 Dmitry-V GUNDEROV Ruslan-Z VALIEV	2016	Transactions of Nonferrous Metals Society of China2016，26，2：	1
	2	Thermal cycling stability of ultrafine-grained TiNi shape memory alloys processed by equal channel angular pressing 显示文摘	TONG Y X GUO B CHEN F TIAN B LI L ZHENG Y F PROKOFIEV E A GUNDEROV D V VALIEV R Z	2012	Scripta Materialia2012，67，1：	1
	3	Transformation of the TiNi Alloy Microstructure and the Mechanical Properties Caused by Repeated B2-B190' Martensitic Transformations显示文摘The influences of thermal cycling treatment in the temperature range of B2-B19 martensitic transformations(-150 to 150 °C) on the Ti Ni alloy structure and properties were studied. Different states named the initial coarse-grained(CG) state, the ultrafine-grained(UFG) state after ECAP(with a grain size of 200 nm), the state after ECAP and cold upsetting by 30% were considered. The results show that the microhardness and the strength increase in all the three states.According to the XRD analysis, a more significant increment in the dislocation density, resulting from thermal cycling, is observed in the UFG alloy than in the CG alloy.	Anna Churakova Dmitry Gunderov Alexander Lukyanov Niklas Nollmann	2015	Acta Metallurgica Sinica(English Letters)2015，28，10：	1
	4	High-pressure-torsion deformation of melt-spun Nd9Fe85B6 alloy显示文摘	A. G. Popov V. S. Gaviko N. N. Shchegoleva L. A. Shreder V. V. Stolyarov D. V. Gunderov X. Y. Zhang W. Li L. L. Li	2007	The Physics of Metals and Metallography2007，，3：	1
	5	Mechanical behavior of nanoerystalline TiNi alloy produced by severe plastic deformation 显示文摘	VALIEV R Z GUNDEROV D V LUKYANOV A V PUSHIN V G	2012	Journal of Materials Science2012，47，22：	1
	6	Enhanced ion irradiation re- sistance of bulk nanocrystalline TiNi alloy显示文摘	KILMAMETOV A R GUNDEROV D V VALIEV R Z	2008	Scripta Materialia2008，59，10：	1
	7	Nanostructuring of TiNi alloy by SPD processing for advanced properties显示文摘	VALIEV R GUNDEROV D PROKOFIEV E PUSHIN V ZHU Yun-tian	2008	Materials Transactions2008，49，1：	1
	8	Internal friction and evolution of ultrafine-grained structure during annealing of Grade-4 titanium subjected to severe plastic deformation显示文摘	D. V. Gunderov A. V. Polyakov V. D. Sitdikov A. A. Churakova I. S. Golovin	2013	The Physics of Metals and Metallography2013，，：	1

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