Patents/Inventors

David J. Lee

Irvine, CAUS23 patents

17 Patents

US126032932026
Method and System for Silosilazanes, Silosiloxanes, and Siloxanes as Additives for Silicon Dominant Anodes
Enevate Corporation
0 cites
US125785312026
Surface Roughness Reduction for Photonics Using High-temperature Implantation
Applied Materials, Inc.
0 cites
US124127892025
Endpoint Optimization for Semiconductor Processes
Applied Materials, Inc.
0 cites
US122307812025
Transfer Lamination of Electrodes in Silicon-dominant Anode Cells
ENEVATE CORPORATION
0 cites
US121321922024
Direct Coating of Electrodes in Silicon-dominant Anode Cells
ENEVATE CORPORATION
0 cites
US120879492024
Sacrificial Salts in Li-rich, Defect Anti-fluorite Compounds in Cathodes for Prelithiation in Lithium Ion Batteries
Enevate Corporation
0 cites
US120464732024
Backside Wafer Dopant Activation
Applied Materials, Inc.
0 cites
US120404782024
Anisotropic Expansion of Silicon-dominant Anodes
ENEVATE CORPORATION
0 cites
US119015002024
Sandwich Electrodes
Enevate Corporation
0 cites
US119015432024
Lower Pyrolysis Temperature Binder for Silicon-dominant Anodes
ENEVATE CORPORATION
0 cites
US117989822023
Self-aligned Trench MOSFET
Applied Materials, Inc.
0 cites
US117643502023
Anisotropic Expansion of Silicon-dominant Anodes
ENEVATE CORPORATION
0 cites
US117284682023
Anisotropic Expansion of Silicon-dominant Anodes
ENEVATE CORPORATION
0 cites
US116950602023
Ion Implantation to Form Trench-bottom Oxide of MOSFET
Applied Materials, Inc.
0 cites
US116951042023
Method and System for Improved Performance of Silicon Anode Containing Cells Through Formation
ENEVATE CORPORATION
0 cites
US116951062023
Lower Pyrolysis Temperature Binder for Silicon-dominant Anodes
ENEVATE CORPORATION
0 cites
US115947142023
Direct Coating of Electrodes in Silicon-dominant Anode Cells
ENEVATE CORPORATION
0 cites