1:TSKê,Experimental Evidence on the Viscous Behavior of Grain Boun daries in Metals,PhysRev,1947,71:533~546;1947,72:41~46.
2:TSKê,A Grain Boundary Model and the Mechanism of Intercrystallin e SlipJApplPhys,1949,20:274~280.
3:TSKê,Amonalous Internal Friction Associated with the Presence of Copper in Coldworked Al-Cu Alloys,PhysRev, 1950,78:420~423.
4:TSKê,Low-frequency “Amplitude Peaks”of the Internal Friction Associated with the Interaction of Substitutional Solute Atoms with Dislocation in Aluminium Alloys,Internal Friction and Ultrasonic Attenuation in Solids,Pergamon Press,1980,157~165.
5:TSKê,On the Physical Models of the Cold-work (Snoek-Kster) Internal Friction Peaks in Bcc Metals,Scripta Metall,1982,16:225~232.
6:TSKê,Amomalous Internal Friction Peaks as Function of Strain Amplitude,Jde Physique,1985,46(C10):267~275.
7:TSKê,Recent Development on Internal Friction Studies of Grain Bo undaries and Dislocation Substructures in High-purity Aluminium,Fundamentals of Diffusion Bonding,Elsevier Science Publishers, 1987,373~396.
8:TSKê,Amplitude Internal Friction Peaks Associated with the Interaction between Dislocation Kinks and Solute Atoms in Aluminium, 1989,169:275~284.
9:TSKê,Contribution of Internal Friction Study on Grain Boundaries and Dislocation Substructures,Advances in Science of China, Physics,1989~1990,3:1~113; Micro-mechanism of Grain Boundary Relaxation in Metals,Scripta Metallurgica et Materialia,1990,24:347~352.
10:TSKê,Internal Friction Peaks Associated with Fine-grained Grain Boundaries and Bamboo Boundaries,Internal Friction and Ultrasonic Attenuation in Solids,International Academic Publishers,Pergamon Press, 1990,113~120.