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51
First Principles Approach to Strongly Correlated Materials.
First Principles Approach to Strongly Correlated Materials.
Loganathan, Vaideesh.Physics and Astronomy. | Rice University. | 2019
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52
Defect Physics and Hydrogen Transport in Solid-State Hydrogen Electrolytes from First Principles.
Defect Physics and Hydrogen Transport in Solid-State Hydrogen Electrolytes from First Principles.
Rowberg, Andrew Joseph Even.Materials. | University of California, Santa Barbara. | 2021
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53
Point Defect Engineering of Energy Materials from First-Principles Calculations.
Point Defect Engineering of Energy Materials from First-Principles Calculations.
Broberg, Daniel Peter.Materials Science & Engineer | University of California, Berkeley. | 2019
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54
Materials Informatics for Catalyst Stability & Functionality.
Materials Informatics for Catalyst Stability & Functionality.
Torrisi, Steven Bartholomew Joseph.Physics. | Harvard University. | 2021
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55
Oh, Where Electrons Will Go.
Oh, Where Electrons Will Go.
Junor, Glen Paxton.Chemistry and Biochemistry. | University of California, San Diego. | 2021
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56
Utilization of Computational Techniques in the Development of Functional Materials.
Utilization of Computational Techniques in the Development of Functional Materials.
Gliege, Marisa E.Chemical Engineering. | Arizona State University. | 2021
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57
Evolution of Alloys and Radionuclide Sequestration by First- Principles Calculations
Evolution of Alloys and Radionuclide Sequestration by First- Principles Calculations
Pandey, Shubham. | University of Florida | 2020
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58
Theoretical Studies and Ab Initio Simulations of Heterogeneous Phenomena on Surfaces and Interfaces
Theoretical Studies and Ab Initio Simulations of Heterogeneous Phenomena on Surfaces and Interfaces
Qiu, Tian. | University of Pennsylvania | 2020
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59
Gel and Pore Structure Formation in Alkali-activated Materials
Gel and Pore Structure Formation in Alkali-activated Materials
Yang, Kengran. | Princeton University | 2020
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60
First Principles Modeling of the Electrochemical Oxygen Evolution Reaction: From Electronic Structure to Kinetics
First Principles Modeling of the Electrochemical Oxygen Evolution Reaction: From Electronic Structure to Kinetics
Dickens, Colin Forest. | Stanford University | 2019
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