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Chang, C. S., Su W. B., Wei C. M., & Tsong T. T. (1999).  Large Fermi density waves on the reconstructed Pt(100) surface. Physical Review Letters. 83, 2604-2607., Sep, Number 13 AbstractWebsite

Several long-range superstructures have been observed with the scanning tunneling microscopy on the reconstructed Pt(100) surface at room temperature. They are present in strained domains and involve both the Fermi electrons and the concomitant lattice distortions. A first-principles calculation shows that the top layer expanded similar to 18% on average and the Fermi surface for a single hexagon layer displays some nesting portions, which can be related to the wave vectors of the observed superstructures. Thus, these superstructures existing in the local domains of the reconstructed surface have the likely origin of incipent charge density waves.

Putungan, D. B., Lin S. - H., Wei C. - M., & Kuo J. - L. (2015).  Li adsorption, hydrogen storage and dissociation using monolayer MoS2: an ab initio random structure searching approach. PHYSICAL CHEMISTRY CHEMICAL PHYSICS. 17, 11367-11374., Number {17} Abstract

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Tong, S. Y., Huang H., Wei C. M., Packard W. E., Men F. K., Glander G., & Webb M. B. (1988).  LOW-ENERGY ELECTRON-DIFFRACTION ANALYSIS OF THE SI(111)7X7 STRUCTURE. Journal of Vacuum Science & Technology a-Vacuum Surfaces and Films. 6, 615-624., May-Jun, Number 3 AbstractWebsite

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Mihalyuk, A. N., Alekseev A. A., Hsing C. R., Wei C. M., Gruznev D. V., Bondarenko L. V., Matetskiy A. V., Tupchaya A. Y., Zotov A. V., & Saranin A. A. (2016).  Low-temperature one-atom-layer root 7 x root 7-In phase on Si(111). SURFACE SCIENCE. 649, 14-19., {JUL} Abstract

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