Michael F Thees
Michael F Thees
Graduate Student, Emory University
Verified email at emory.edu
Title
Cited by
Cited by
Year
Review and Reproducibility of Forming Adsorbed Layers From Solvent Washing of Melt Annealed Films
MF Thees, JA McGuire, CB Roth
Soft Matter, 2020
62020
Experimental study of substrate roughness on the local glass transition of polystyrene
X Huang, MF Thees, WB Size, CB Roth
The Journal of Chemical Physics 152 (24), 244901, 2020
32020
Unexpected Molecular Weight Dependence to the Physical Aging of Thin Polystyrene Films Present at Ultra‐High Molecular Weights
MF Thees, CB Roth
Journal of Polymer Science Part B: Polymer Physics 57 (18), 1224-1238, 2019
22019
Comparison of Solution Grown and Film Washed Adsorbed Layers and Their Corresponding Impact on Film Dynamics
C Roth, M Thees, J McGuire, X Huang
Bulletin of the American Physical Society 65, 2020
2020
Surprising Impact of Chain Connectivity in Altering Local Glass Transition Temperature Near Interfaces
C Roth, X Huang, R Baglay, M Thees, Y Gagnon, J McGuire
APS 2019, F54. 004, 2019
2019
Comparison of Physical Aging and Local Glass Transition in Glassy-Rubbery Bilayer Films
J McGuire, M Thees, C Roth
APS 2019, F54. 005, 2019
2019
Role of Solvent Washing Conditions on the Creation of Adsorbed Layers from Melt Films
M Thees, J McGuire, X Huang, C Roth
APS 2019, F54. 008, 2019
2019
Reproducibility of Adsorbed Layer Growth Under Different Sample Preparation Conditions and Its Possible Influence on the Physical Aging of Thin Polystyrene Films
M Thees, J McGuire, C Roth
APS 2018, A55. 010, 2018
2018
Modifying Effects of Plasticizer, Chain Connectivity, and Chain Adsorption on the Physical Aging and Interfacial Gradient in Dynamics in Thin Polystyrene Films
M Thees, C Roth
APS 2017, V10. 004, 2017
2017
Unusual Molecular Weight Dependence to the Physical Aging of Thin Polystyrene Films
M Thees, C Roth
APS 2016, P38. 006, 2016
2016
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