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		题名	作者	年代	出处	被引量
	1	PREPARATION AND XRD STUDY OF LITHIUM DEFICIENT LiB COMPOUND显示文摘The LiB compounds in lithium deficient state were prepared by three methods and its crystal structure was investigated by using XRD. It is found that the lattice constant c of the compound will increase step by step with decreasing Li content from 0.2796nm of the normal LiB to 0.2886, 0.2981 and 0.3118nm of the lithium deficient LiB. The change of the lattice constant is reversible.	Z.J.Liu B.Y.Huang Z.Y.Li	2004	Acta Metallurgica Sinica(English Letters)2004，17，5：	4
	2	Epitaxial growth of Gd2Zr207/Y2O3 buffer layers for YBa2Cu3O7-δ coated conductors显示文摘	Y.M.Lu Z.J.Liu C.Y.Bai		0，，：	1
	3	Controlled buckling of thin film on elastomeric substrate in large deformation显示文摘Electronic systems with large stretchability have many applications.A precisely controlled buckling strategy to increase the stretchability has been demonstrated by combining lithographically patterned surface bonding chemistry and a buckling process.The buckled geometry was assumed to have a sinusoidal form,which may result in errors to determine the strains in the film.A theoretical model is presented in this letter to study the mechanics of this type of thin film/substrate system by discarding the ass...	C.Chen W.Tao Z.J.Liu Y.W.Zhang J.Song	2011	Theoretical & Applied Mechanics Letters2011，1，2：	1
	4	Burst behavior due to the quasimode excited by stimulated Brillouin scattering in high-intensity laser-plasma interactions显示文摘The strong-coupling mode,called the'quasimode',is excited by stimulated Brillouin scattering(SBS)in high-intensity laser-plasma interactions.Also SBS of the quasimode competes with SBS of the fast mode(or slow mode)in multiion species plasmas,thus leading to a low-frequency burst behavior of SBS reflectivity.Competition between the quasimode and the ion-acoustic wave(IAW)is an important saturation mechanism of SBS in high-intensity laser-plasma interactions.These results give a clear explanation of the low-frequency periodic burst behavior of SBS and should be considered as a saturation mechanism of SBS in high-intensity laser-plasma interactions.	Q.S.Feng L.H.Cao Z.J.Liu C.Y.Zheng X.T.He	2019	High Power Laser Science and Engineering2019，7，4：	0

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