SATPC0029730 Tab 4 4 SOW updated Rev 2.pdf
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- Novel Solid Electrolyte for Safe and High-Capacity Battery with Internal Thermal Management Capability
- Solicitation number
- 80NSSC23822476Q
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University of California, Merced
Statement of Work
This effort of Center Innovation Fund (CIF) aims to develop novel solid electrolyte for high-capacity battery with internal thermal management capability. Professor Lu’s lab at UC-Merced will lead the synthesis and characterization of this novel solid-state electrolyte, which is a key component in the solid state high capacity battery technology development. Professor Lu is serving as co-investigator of the CIF and has an important role in developing the novel solid-state electrolyte. The following are the tasks:
Electropolymerization of polymers onto anode/cathode for suppressing dendrite formation.
Synthesis of multisegmented polymers and perform basic characterization. This work will exam the heat management capability of our polymers.
The minimum skill/capability requirements:
The contractor shall demonstrate the capability of synthesis of polymers by harnessing superior self-assembly of a multi-segmented polymer and conformal polymer electrografting
The contractor shall provide the ability of graft desired molecules/functional groups on the polymers
The contractor shall provide the capability to characterize polymers with thermal management capability
The contractor shall provide past performance for the same or similar work
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