and compare the results with more traditional spherical nanoparticles. While the focus of these studies is entirely mechanistic — kinetic studies of PFS block copolymer micelle growth could provide important information about factors that affect nanofiber formation in solution. | Proposal Forge

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Recipient

and compare the results with more traditional spherical nanoparticles. While the focus of these studies is entirely mechanistic

Department

Unknown

Program

kinetic studies of PFS block copolymer micelle growth could provide important information about factors that affect nanofiber formation in solution.

Province

both in the area of polymer materials. One focuses on block copolymer self-assembly in solution. In collaboration with I. Manners (Bristol

Type

and their surface chemistry. Then

and compare the results with more traditional spherical nanoparticles. While the focus of these studies is entirely mechanistic × Unknown

2 grants totalling $0

kinetic studies of PFS block copolymer micelle growth could provide important information about factors that affect nanofiber formation in solution.

1 grants totalling $0

Department

Unknown →

Program

kinetic studies of PFS block copolymer micelle growth could provide important information about factors that affect nanofiber formation in solution. →

Recipient Profile

and compare the results with more traditional spherical nanoparticles. While the focus of these studies is entirely mechanistic →