Surface Modified Metal Nanoparticles for Compatibilization into Fluoropolymer Based Composites | USAFA BAA 2015 0006

Opportunity Information: Apply for USAFA BAA 2015 0006

The Department of Defense (Air Force Academy) grant opportunity titled "Surface Modified Metal Nanoparticles for Compatibilization into Fluoropolymer Based Composites" is a call from the U.S. Air Force Academy (USAFA) Chemistry Research Center (CRC) for unclassified research white papers, with full proposals requested later if the white paper is selected. Submissions are expected to avoid proprietary information; if an applicant believes proprietary details must be included, they are responsible for clearly marking those sections according to the instructions in USAFA-BAA-2015 Amendment 0003. The overall intent is to bring in research efforts that can be executed in collaboration with USAFA personnel and that align with CRC priorities in advanced polymer and hybrid composite materials relevant to Air Force and broader Department of Defense needs.

At its core, the technical theme is improving fluoropolymer-based composites by making metal nanoparticles more compatible with fluoropolymer matrices through surface modification. Fluoropolymers are valued in aerospace contexts because of their chemical resistance, thermal stability, and low surface energy, but those same properties can make it difficult to disperse and bind fillers effectively. This opportunity is therefore focused on approaches that chemically tailor (functionalize) nanoparticle surfaces so they disperse well, interact more strongly with the fluoropolymer, and ultimately help produce composites with more reliable, higher-performance mechanical, thermal, or functional properties. The solicitation also highlights developing new organofluorine methodologies, using both experimental and computational approaches, which signals interest in fundamental and applied chemistry that can guide surface chemistries, bonding strategies, and interfacial design principles for these composites.

The work is intended to be conducted on site at USAFA, using the laboratories and analytical instrumentation housed within the Department of Chemistry. The CRC describes itself as a research organization embedded in the academic department, with a mission that combines education and capability development: enhancing cadet education by involving students in hands-on research, supporting faculty professional development, and strengthening the Air Force and DoD technology base. Projects typically operate as team efforts that include faculty, cadets, permanent technical staff, and temporary technical contributors such as National Research Council postdoctoral associates, CRADA collaborators, and R&D support contractors. In practical terms, applicants should expect a collaborative environment where research plans must be suitable for execution alongside student researchers and USAFA laboratory resources.

While this specific call centers on fluoropolymer composite chemistry and nanoparticle compatibilization, it sits within a broader CRC portfolio aimed at next-generation high-performance materials. The center lists several ongoing thrust areas that provide context for the kinds of end-use requirements motivating the research: high-use-temperature resins and composites for solid rocket motor cases and insulation; metastable composites for structural energetics; conducting organic polymers for efficient and renewable ("green") light-harvesting materials; and omniphobic or stimuli-responsive smart coatings for liquid rocket engine seals developed with program partners. A strong white paper would typically show how surface-modified metal nanoparticles in fluoropolymer matrices could support one or more of these operationally relevant directions, such as improving high-temperature durability, tailoring interfacial properties for seal performance, or enabling multifunctional behavior.

From an administrative standpoint, this opportunity was posted under Funding Opportunity Number "USAFA BAA 2015 0006" and categorized as a discretionary award. The government indicates multiple possible funding instruments may be used, including cooperative agreements, grants, or procurement contracts, which suggests flexibility in how the relationship is structured depending on the proposed work and level of government involvement. The CFDA number is 12.800 (Air Force Research), and eligibility is listed as unrestricted, meaning the call is open to a broad range of organizations (for example, universities, nonprofits, companies, or other entities), subject to any additional eligibility clarifications that may be contained in the full announcement. The posting shows an expected single award, with an award ceiling of $21,600, and the original posting dates indicate it was created on September 27, 2018 with an original closing date of October 27, 2018.

In summary, this USAFA CRC opportunity seeks collaborative, unclassified research concepts that advance the chemistry and materials science needed to incorporate surface-engineered metal nanoparticles into fluoropolymer-based composites, with emphasis on organofluorine chemistry and a blend of experimental and computational methods. The research is designed to be carried out using USAFA facilities and in a team structure that includes cadet participation, with the broader goal of delivering materials technologies that address pressing Air Force and DoD operational requirements.

• The Department of Defense, Air Force Academy in the science and technology and other research and development sector is offering a public funding opportunity titled "Surface Modified Metal Nanoparticles for Compatibilization into Fluoropolymer Based Composites" and is now available to receive applicants.
• Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 12.800.
• This funding opportunity was created on Sep 27, 2018.
• Applicants must submit their applications by Oct 27, 2018. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
• Each selected applicant is eligible to receive up to $21,600.00 in funding.
• The number of recipients for this funding is limited to 1 candidate(s).
• Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.

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