APPLICATIONS OF TECHNOLOGY: Battery testing ADVANTAGES: Fast, scalable Accurate ABSTRACT: The battery industry generally lacks a fast and scalable solution for determining the physical condition of batteries in various stages of their manufacture and use, e.g., during research and development, testing, production, bench assembly, and post fabrication and … [Read more...] about Acoustic Time-of-Flight Analysis of Batteries to Determine State of Charge, Health, and Physical Condition, 2017-025
Physical Sciences
Modular, Adaptable Holders for Physical Analysis of Sensors and Battery Cells, 2018-115
APPLICATIONS OF TECHNOLOGY: Battery testing ADVANTAGES: Modular Scalable ABSTRACT: The battery industry currently lacks techniques which have attributes of being scalable, consistent, non-destructive, stand-alone, etc., for detecting physical characteristics and changes thereof in a battery during manufacturing or in use. A team of researchers from … [Read more...] about Modular, Adaptable Holders for Physical Analysis of Sensors and Battery Cells, 2018-115
Nanoparticle Catalysts for Carbon Dioxide Reduction 2017-003
APPLICATIONS OF TECHNOLOGY: CO2 Reduction Electrolysis Ethanol or formate oxidation Nitrogen fixation ADVANTAGES: Plasticity Effective simplified integration process Reduced overpotential for CO2 reduction ABSTRACT: A team of Berkeley Lab Researchers led by Peidong Yang has developed a technology for controllably depositing nanoparticle … [Read more...] about Nanoparticle Catalysts for Carbon Dioxide Reduction 2017-003
Modular Vapor Phase Photo-Electrochemical Water Splitting 2018-007
APPLICATIONS OF TECHNOLOGY: Energy storage and distribution On-site generation of chemical precursors and hydrocarbon-based fuels Chemical transportation ADVANTAGES: Minimizes system losses Serves as a preexisting framework for different catalyst and light absorber systems Enables front side illumination of cathode and light absorber systems Enables … [Read more...] about Modular Vapor Phase Photo-Electrochemical Water Splitting 2018-007
Self-photosensitized Non-photosynthetic Microorganism 2016-047
ABSTRACT: Researchers at Berkeley Lab led by Peidong Yang have developed a genetically modified microorganism capable of photosynthesizing an organic compound from carbon dioxide, wherein the microorganism comprises a semiconductor nanoparticle on the surface of the microorganism. The necessity of improving the natural mechanisms of solar energy capture for sustainable … [Read more...] about Self-photosensitized Non-photosynthetic Microorganism 2016-047