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41
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Bondin, Michael.Nuclear Engineering. | University of California, Berkeley. | 2023
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42
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Bondin, Michael.Nuclear Engineering. | University of California, Berkeley. | 2023
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43
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Development of a Small Unmanned Aerial System Composed of Structural Pulse Shape Discriminating Plastic Scintillators- [electronic resource]
Bondin, Michael.Nuclear Engineering. | University of California, Berkeley. | 2023
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44
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Borgo, Gina Marie.Infectious Diseases & Immunity. | University of California, Berkeley. | 2021
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45
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Borgo, Gina Marie.Infectious Diseases & Immunity. | University of California, Berkeley. | 2021
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46
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Rickettsia parkeri Utilizes a Patatin-Like Phospholipase to Mediate Escape From Host Membranes- [electronic resource]
Borgo, Gina Marie.Infectious Diseases & Immunity. | University of California, Berkeley. | 2021
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47
Point Defect Engineering of Energy Materials from First-Principles Calculations
Point Defect Engineering of Energy Materials from First-Principles Calculations
Broberg, Daniel Peter. | University of California, Berkeley | 2019
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48
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Brothers, Molly Elizabeth.Molecular & Cell Biology | University of California, Berkeley. | 2021
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49
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Brothers, Molly Elizabeth.Molecular & Cell Biology | University of California, Berkeley. | 2021
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50
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Recruitment and Spread of Heterochromatin in the Budding Yeast Saccharomyces cerevisiae- [electronic resource]
Brothers, Molly Elizabeth.Molecular & Cell Biology | University of California, Berkeley. | 2021
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