Mayo M J . High and low temperature superplasticity in nanocrystalline materials [J] . N anost ruct Mater , 1997 , 9 (1 -8) : 717 - 726.
[2]
Mishra R S , McFadden S X , Valiev R Z , et al . Deformationmechanisms and tensile superplasticity in nanocrystalline materials [J] . J OM , 1999 , 51 : 37 - 44.
[3]
许晓静, 戈晓岚. SiC 晶须增强铝基复合材料超塑性[J] . 复合材料学报, 2003 , 20 (3) : 127 - 131.Xu X J , Ge X L. Superplasticity of SiC whisker aluminummat rix composite [J] . Acta Materiae Composi te S inica ,2003 , 20 (3) : 127 - 131.
[4]
许晓静, 戈晓岚. SiCW/ Zn-22Al 复合材料超塑性[J] . 复合材料学报, 2003 , 20 (4) : 1 - 4.Xu X J , Ge X L. Superplasticity of a SiCW/ Zn-22Al composite [J] . Acta Materiae Composite Sinica , 2003 , 20 (4) : 1 - 4.
[5]
李泽琳, 唐才荣, 李华伦, 等. 喷雾电沉积法制造的铝基复合材料的超塑性[J] . 复合材料学报, 1996 , 13 (4) : 25 -29.Li Z L , Tang C R , Li H L , et al . Superplasticity of aluminum mat rix composite fabricated by spray atomization and codeposition [J] . Acta Materiae Composite S inica , 1996 ,13 (4) : 25 - 29.
[6]
Mukherjee A K, Bird J E , Dorn J E. Experimental correlations for high temperature creep [J] . T rans A SM , 1969 ,62 : 155 - 179.
[7]
Mcfadden S X , Mishra R S , Valiev R Z , et al . Low-temperature superplasticity in nanost ruct ured nickel and metal alloys[J] . N ature , 1999 , 398 : 684 - 686.
[8]
Mcfadden S X , Zhilyaev A P , Mishra R S , et al . Observationof low2temperature superplasticity in elect rodeposited ult rafine grained nickel [J] . Mater L ett , 2000 , 45 : 345 - 349.
[9]
Shaw L L. Processing nanost ruct ured materials : An overview[J] . J OM , 2000 , 52 : 41 - 45.
[10]
Beneaa L , Bonora P L , Borello A , et al . Preparation and investigation of nanost ructured SiC-nickel layers by elect rodeposition [J] . S ol i d S tate Ionics , 2002 , 151 : 89 - 95.
[11]
Lei W N , Zhu D , Qu N S. Synt hesis of nanocrystalline nickelin pul se deposition [J] . Trans IM F , 2002 , 80 (6) : 205 -209.
[12]
Xiao C H , Mirshams R A , Whang S H , et al . Tensile behavior and f ract ure in nickel and carbon doped nanocrystallinenickel [J] . Mater Sci Eng , 2001 , A301 : 35 - 43.
[13]
Zimmerman A F , Palumbo G, Aust K T , et al . Mechanicalproperties of nickel silicon carbide nanocomposites [J] . MaterSci Eng , 2002 , A328 : 137 - 146 .
[14]
Chan K C , Wang C L , Zhang K F. Superplastic deformationbehavior of t he elect rocodeposited Ni/ SiC composite [J] .Scri pta Mater , 2004 , 51 : 605 - 609.
[15]
Cullity B D , Stock S R. Element s of X-ray Diff raction [M] .Third edition. Prentice Hall , 2001. 167 - 171.
[16]
McFadden S X , Sergueeva A V , Kruml T , et al . Superplasticity in nanocrystalline Ni3Al and Ti alloys [A] . In : FarkasD , Kung H , Mayo M , eds. St ructure and Mechanical Properties of Nanophase Materials-Theory and Computer Simulation vs Experiment [C] . Boston : Material s Research Society ,2001. B1. 3. 1 - B1. 3. 6.
[17]
Mcfadden S X , Sergueeva A V , Mukherjee A K. Tensile superplasticity in nanomaterials : Some observations and reflections [J] . Material Science Forum , 2001 , 357 - 359 : 499 -506.
[18]
Higashi K, Nieh T G, Wadswort h J . Effect of temperature onthe mechanical properties of mechanically-alloyed materials at highstrain rates [J] . Acta Metall Mater , 1995 , 43 : 3275 - 3282.