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2.
Auslegungsaspekte von Batteriepacks und Batteriemanagement-Systemen
by Holve, Kari-Bj√∂rn, Ph.D.  Universitaet Duisburg-Essen (Germany). 2018: 140 pages; 13816287.
3.
Model-Based Condition Monitoring and Power Management for Rechargeable Electrochemical Batteries
by Kim, Taesic, Ph.D.  The University of Nebraska - Lincoln. 2015: 213 pages; 3700290.
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6.
Lithium-Ion Battery Degradation Evaluation through Bayesian Network Method for Residential Energy Storage Systems
by Khan, Khalid, Ph.D.  Michigan Technological University. 2019: 172 pages; 27668394.
8.
A Location-Aware Architecture Supporting Intelligent Real-Time Mobile Applications
by Barbeau, Sean J., Ph.D.  University of South Florida. 2012: 245 pages; 3518695.
9.
Control Strategy for Grid-Connected Photovoltaic (PV) Battery System
by Dong, Wanxin, M.S.  The George Washington University. 2016: 44 pages; 10110434.
10.
Electrochemical Pathways for Sustainable Energy Storage and Energy Conversion
by Jayathilake, Buddhinie Srimali, Ph.D.  University of Southern California. 2019: 274 pages; 13807471.
11.
Continuum-Scale Lithium-Ion Battery Cell Model in FEniCS
by Macklen, Christopher, M.Eng.  University of Colorado Colorado Springs. 2019: 180 pages; 27668548.
12.
Fundamental Spectroscopic Studies of Lithium Sulfur Battery Reaction Mechanisms
by Wujcik, Kevin Hamilton, Ph.D.  University of California, Berkeley. 2016: 119 pages; 10195067.
13.
Room Temperature Sulfur Battery Cathode Design and Processing Techniques
by Carter, Rachel, Ph.D.  Vanderbilt University. 2017: 176 pages; 10753374.
14.
Influence of discharge product formation on lithium-oxygen battery performance
by Lau, Sampson, Ph.D.  Cornell University. 2016: 165 pages; 10183832.
15.
Sp3 boron single ion electrolytes for lithium ion battery application
by Guodong, Xu, Ph.D.  National University of Singapore (Singapore). 2015: 138 pages; 10006109.
16.
Lithium-Ion Battery SOC Estimation Using Deep Learning Neural Networks
by Wang, Rui, M.S.  Rutgers The State University of New Jersey, School of Graduate Studies. 2019: 55 pages; 22624788.
17.
Ion Transport Phenomena at the Nanoscale in Different Model Battery Systems
by Plett, Timothy Stephen, Ph.D.  University of California, Irvine. 2017: 115 pages; 10287815.
18.
In situ XAS of Molybdenum Dichalcogenides as Li-Ion Battery Anodes
by Beaver, Nathaniel Morck, M.S.  Illinois Institute of Technology. 2017: 54 pages; 10680750.
19.
Design of Vibration-Sourced Piezoelectric Harvester for Battery-Powered Sensor Networks
by Subbaramaiah, Rashmi, M.S.  California State University, Long Beach. 2017: 44 pages; 10690961.
20.
Mathematical modeling and simulation of a cylindrical nickel metal hydride battery
by Lin, En-Hsing, Ph.D.  Columbia University. 2009: 140 pages; 3373714.
21.
Extension of sensor battery life in wireless sensor networks using sink relocation
by Patel, Aashna, M.S.  California State University, Long Beach. 2016: 44 pages; 10118897.
22.
Using ion current to probe nanostructured battery materials in different oxidation states
by Mann, William, M.S.  California State University, Long Beach. 2016: 44 pages; 10155543.
23.
A Chemistry Neutral Flow Battery Performance Model Development, Validation, and Application
by Crawford, Alasdair James, M.S.  Portland State University. 2016: 73 pages; 10096820.
25.
Validation and insight into a novel packed-bed electrode flow battery architecture
by Sawyer, Bryan Dustin, Ph.D.  University of Missouri - Columbia. 2010: 115 pages; 3488938.
27.
A General Method for Sizing Battery Energy Storage Systems for Use in Mitigating Photovoltaic Flicker
by Wills, William Noah, M.S.  University of Missouri - Columbia. 2017: 49 pages; 13850758.
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