Search Results - "Austin Chang, Y."

Thermodynamic modeling and experimental investigation of the magnesium–zinc–samarium alloys by Xia, Xiangyu, Sanaty-Zadeh, Amirreza, Zhang, Chuan, Luo, Alan A., Zeng, Xiaoqin, Austin Chang, Y., Stone, Donald S.

“…•Ternary phases in Mg–Zn–Sm alloy system were experimentally determined.•One previously-reported ternary phase is determined as Mg3Sm binary phase.•Phase…”
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Synthesis of copper-rich amorphous alloys by computational thermodynamics by Cao, Hongbo, Pan, Ye, Ding, Ling, Zhang, Chuan, Zhu, Jun, Hsieh, Ker-Chang, Austin Chang, Y.

“…We have used thermodynamically calculated phase diagrams of Cu–Zr–Ti to identify two low-melting Cu-rich alloys denoted by A and B as bulk amorphous alloys…”
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Computational thermodynamics to identify Zr–Ti–Ni–Cu–Al alloys with high glass-forming ability by Cao, Hongbo, Ma, Dong, Hsieh, Ker-Chang, Ding, Ling, Stratton, William G., Voyles, Paul M., Pan, Ye, Cai, Mingdong, Dickinson, J. Thomas, Chang, Y. Austin

“…We have used a thermodynamic computational approach to identify the compositions of Zr–Ti–Ni–Cu–Al alloys exhibiting low-lying liquidus surfaces, which tend to…”
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Phase diagram calculations in teaching, research, and industry by Chang, Y. Austin

“…I have a long-standing interest in alloy thermodynamics/phase diagrams and in utilizing the principles ., of this subject for materials research and…”
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Phase diagram calculations in teaching, research, and industry by Chang, Y. Austin

“…I have a long-standing interest in alloy thermodynamics/phase diagrams and in utilizing the principles of this subject for materials research and engineering…”
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A thermodynamic description of the B–Co system: modeling and experiment by Du, Yong, Schuster, Julius Clemens, Austin Chang, Y., Jin, Zhanpeng, Huang, Baiyun

“…The B–Co system is investigated via thermodynamic modeling and experiments. In the modeling section, all of the experimental phase diagram and thermodynamic…”
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Thermodynamic assessment of the Al-Fe-Si system by LIU, Z.-K, CHANG, Y. A

“…The phase equilibria and thermodynamic properties of the ternary Al-Fe-Si system were analyzed and a complete thermodynamic description of the ternary system…”
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Experimental investigation and thermodynamic modelling of the Mg–Al-rich region of the Mg–Al–Sr System by Cao, Hongbo, Zhu, Jun, Zhang, Chuan, Wu, Kaisheng, Saddock, Nicholas D., Wayne Jones, J., Pollock, Tresa M., Schmid-Fetzer, Rainer, Austin Chang, Y.

“…A thermodynamic description of the Mg–Al – Sr ternary in the Mg– Al-rich region was developed based on the microstructures, the crystal structures and…”
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An interdiffusion study of a NiAl alloy using single-phase diffusion couples by SUNGTAE KIM, CHANG, Y. A

“…The intermetallic compound NiAl is highly ordered at stoichiometry, even at high temperatures. Various data suggest that the interdiffusion coefficient should…”
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Phase transformations in sputter deposited NiMn thin films by Huang, Mianliang, Ladwig, Peter F., Austin Chang, Y.

“…The phase changes of NiMn films, produced by co-sputtering from elemental targets on glass slides, were investigated using differential scanning calorimetry…”
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Phase diagram calculation: past, present and future by Chang, Y.Austin, Chen, Shuanglin, Zhang, Fan, Yan, Xinyan, Xie, Fanyou, Schmid-Fetzer, Rainer, Oates, W.Alan

“…The past, present and future of phase diagram calculations for multicomponent alloys are reviewed and assessed. The pioneering studies of Van Laar and…”
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Thickness determination of ultrathin oxide films and its application in magnetic tunnel junctions by JOSHUA YANG, J, CHENGXIANG JI, YING YANG, AUSTIN CHANG, Y, LIU, Feng X, PANT, Bharat B, SCHULTZ, Allan E

“…In this study we propose a method for utilizing x-ray photoelectron spectroscopy (XPS), a surface sensitive technique, coupled with a wedge-shaped sample to…”
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Epitaxial growth and magnetic properties of Fe3O4 films on TiN buffered Si(001), Si(110), and Si(111) substrates by Xiang, Hua, Shi, Fengyuan, Rzchowski, Mark S., Voyles, Paul M., Chang, Y. Austin

“…Epitaxial Fe3O4 thin films were grown on TiN buffered Si(001), Si(110), and Si(111) substrates by dc reactive sputtering deposition. Both Fe3O4 films and TiN…”
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Effects of Ti, Zr, and Hf on the phase stability of Mo_ss + Mo3Si + Mo5SiB2 alloys at 1600 °C by YING YANG, BEI, H, SHUANGLIN CHEN, GEORGE, E. P, TILEY, Jaimie, CHANG, Y. Austin

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Calculation of density in a ternary system with a limited homogenous region using a geometric model by Wang, Li-Jun, Chen, Shuanglin, Chou, Kuo-Chih, Austin Chang, Y.

“…A recently proposed geometric model is applied to a ternary system with limited homogenous region to calculate the density property. Two ternary systems of SiO…”
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Phase Equilibrium in the Cu–Ti–Zr System at 800°C by Chiang, Wei-Ren, Hsieh, Ker-Chang, Chang, Y. Austin, Fan, Guojiang, Qiao, Donchun, Jiang, Feng, Liaw, Peter K.

“…The isothermal Cu–Ti–Zr phase diagram at 800°C was constructed by means of 36 equilibrated alloys. Electron microprobe analyses were used to determine the…”
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Modified cellular automaton model for modeling of microstructure and microsegregation in solidification of ternary alloys by 朱鸣芳 CAO Wei-sheng CHEN Shuang-lin XIE Fan-you HONG Chun-pyo CHANG Y. Austin

“…A modified cellular automaton （MCA） model has been extended to the ternary alloy system by coupling thermodynamic and phase equilibrium calculation engine…”
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Ab initio and thermodynamic modelling of alloying effects on activity of sacrificial aluminium anodes by Sharma, Anshuman, Zhang, Chuan, Chang, Y. Austin, Knoeppel, Ray, Morgan, Dane

“…► Effect of alloying on the corrosion activity of sacrificial Al anodes. ► Sn in solid solution form is a key alloying element for activation of Al anodes. ►…”
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Thermodynamic modeling of the Re–Si–B system by Yang, Ying, Chen, Shuanglin, Chang, Y. Austin

“…The Re–Si and Re–B systems were thermodynamically modeled using the Calphad method. The obtained thermodynamic descriptions for the Re–Si and Re–B systems…”
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Self-assembled growth of epitaxial erbium disilicide nanowires on silicon (001) by Chen, Yong, Ohlberg, Douglas A. A., Medeiros-Ribeiro, Gilberto, Chang, Y. Austin, Williams, R. Stanley

“…By choosing a material that has an appropriate asymmetric lattice mismatch to the host substrate, in this case ErSi2 on Si(001), it is possible to grow…”
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