中南大学 Haoran Gong

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[41]H.R. Gong, L.T. Kong, and B.X. Liu. Structural stability and magnetic properties of metastable Fe-Cu alloys studied by ab initio calculation and molecular dynamics simulation. Physical Review B, 2004, 69: 054203 (p1-8)
[42]J. W. Wang, J. L. Fan, and H. R. Gong*. Effects of Zr alloying on cohesion properties of Cu/W interfaces. Journal of Alloys and Compounds, 2016, 661: 553-556
[43]C. Wei, J. L. Fan, H. R. Gong*. Tungsten adsorption on La2O3(001) surfaces. Materials Letters, 2015, 161: 313-316
[44]H.R. Gong, L.T. Kong, and B.X. Liu. Metastability of an immiscible Cu-Mo system calculated from first-principles and a derived n-body potential.Physical Review B 2004, 69: 024202 (p1-9)
[45]H.R. Gong and B.X. Liu. Interface stability and solid-state amorphization in an immiscible Cu-Ta system. Applied Physics Letters 2003, 83: 4515-4517
[46]C. Wei, Q.Q. Ren, J. L. Fan, and H. R. Gong*. Cohesion properties of W/La2O3 interfaces from first principles calculation. Journal of Nuclear Materials, 2015, 466:234-238
[47]H.R. Gong, L.T. Kong, W.S. Lai, and B.X. Liu. Glass-forming ability determined by an n-body potential in a highly immiscible Cu-W system through molecular dynamics simulation. Physical Review B 2003, 68: 144201 (p1-6)
[48]D. Y. Dang, L. Y. Shi, J. L. Fan, and H. R. Gong*. First-principles study of W–TiC interface cohesion. Surface & Coatings Technology, 2015, 276: 602–605
[49]Q. Q. Ren, J. L. Fan, H. R. Gong*. Work function and cohesion properties of W-Fe interfaces. Materials Letters, 2015, 145: 205-208
[50]Y. Kong, H. R. Gong and B. X. Liu. Calculation of phonon spectra to predict the high-pressure metastable phase in an equilibrium immiscible Cu-Ta system. Applied Physics Letters 2003, 85: 1517-1519
[51]Q. Q. Ren, D. Y. Dang, H. R. Gong*, J. L. Fan, and Y. M. Zhao. Cohesion properties of carbon–tungsten interfaces. Carbon, 2015, 83: 100-105
[52]H.R. Gong and B.X. Liu. Unusual alloying behavior at the equilibrium immiscible Cu-Nb interfaces. Journal of Applied Physics, 2004, 96: 3020-3022
[53]J. W. Wang, Y. H. He, and H. R. Gong*.Various properties of Pd3Ag/TiAl membranes from density functional theory. Journal of Membrane Science, 2015, 475: 406-413
[54]H.R. Gong, L.T. Kong, W.S. Lai, and B.X. Liu. Metastable phase formation in an immiscible Cu-Ta system studied by ion-beam mixing, ab initio calculation, and molecular dynamics simulation. Acta Materialia 2003, 51: 3885-3893
[55]C. Wei, J. L. Fan, and H. R. Gong*. Structural, thermodynamic, and mechanical properties of bulk La and A-La2O3. Journal of Alloys and Compounds, 2015, 618: 615-622
[56]H.R. Gong, L.T. Kong, and B.X. Liu. Prediction of metastable phase formation in an immiscible Cu-Cr system from inter-atomic potential and ab initio calculation.Journal of Materials Research 2003, 18: 2300-2303
[57]Q. Q. Ren, J. L. Fan, Y. Han, and H. R. Gong*. Structural, thermodynamic, mechanical, and magnetic properties of FeW system. Journal of Applied Physics, 2014, 116: 093909
[58]H.R. Gong, L.T. Kong, W. S. Lai, and B. X. Liu. Atomistic modeling of solid-state amorphization in an immiscible Cu-Ta system. Physical Review B 2002, 66:104204

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