Wall-mediated self-diffusion in slit and cylindrical pores
Kim, H., C. Kim, E.K. Lee, P. Talkner, and P. Hänggi. 2008. “Wall-Mediated Self-Diffusion in Slit and Cylindrical Pores”. Phys. Rev. E 77: 031202.
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“Text-Based Performance / Conceptual Performance.”
Known, Not. Forthcoming. “‘Text-Based Performance / Conceptual Performance.’”. In Shakespeare / Text: Arden Critical Intersections.
Macbeth: Arden Performance Edition.
Known, Not. 2019. Macbeth: Arden Performance Edition.. Edited by Katherine Steele Brokaw and Katherine Steele Brokaw. Bloomsbury.
“Shakespeare as Community Practice.”
Brokaw, Katherine Steele. 2017. “‘Shakespeare As Community Practice.’”. Shakespeare Bulletin 35 (3): 45¬–61.
“Review of Double Shakespeares: Emotional-Realist Acting and Contemporary Performance.”
Known, Not. 2016. “‘Review of Double Shakespeares: Emotional-Realist Acting and Contemporary Performance.’”. Theatre Survey 57 (3): 473-75.
“Review of As You Like Itand Merry Wives of Windsor.”
Known, Not. 2015. “‘Review of As You Like Itand Merry Wives of Windsor.’”. Shakespeare Bulletin.
“Review of The Songs and Travels of a Tudor Minstrel.”
Known, Not. 2013. “‘Review of The Songs and Travels of a Tudor Minstrel.’”. The Medieval Review.
“Review of Toni Morrison’s Desdemona.”
Known, Not. 2012. “‘Review of Toni Morrison’s Desdemona.’”. Shakespeare Bulletin.
Heterogeneities at multiple length scales in 2D layered materials: From localized defects and dopants to mesoscopic heterostructures
Cai, Hui, Yiling Yu, Yu-Chuan Lin, Alexander A Puretzky, David B Geohegan, and Kai Xiao. 2020. “Heterogeneities at Multiple Length Scales in 2D Layered Materials: From Localized Defects and Dopants to Mesoscopic Heterostructures”. Nano Research, 1-25.
Phase Transition across Anisotropic NbS3 and Direct Gap Semiconductor TiS3 at Nominal Titanium Alloying Limit
Wu, Kedi, Mark Blei, Bin Chen, Lei Liu, Hui Cai, Cassondra Brayfield, David Wright, Houlong Zhuang, and Sefaattin Tongay. 2020. “Phase Transition across Anisotropic NbS3 and Direct Gap Semiconductor TiS3 at Nominal Titanium Alloying Limit”. Advanced Materials 32 (17): 2000018.