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Review advances and mechanisms in laser-assisted processing methods used to deposit delicate polymer and biomaterial thin films without chemical degradation.

February 1, 2003Chemical Reviews

Laser Deposition of Polymer and Biomaterial Films

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Authors

DCDouglas B. ChriseyTulane University APAlberto PiquéUnited States Naval Research Laboratory RMR. Andrew McGillUnited States Naval Research Laboratory

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Implication

Review reveals laser-based deposition strategies for organic polymers and biomaterials, highlighting gentle transfer methods that preserve delicate functional structures.

Key Points

Review advances and mechanisms in laser-assisted processing methods used to deposit delicate polymer and biomaterial thin films without chemical degradation.
Synthesized literature on pulsed laser deposition and specialized variants designed for fragile organic materials.
Analyzed mechanistic interactions between laser energy, target matrices, and organic molecules to evaluate material integrity and film uniformity.
Demonstrates that modified laser deposition protocols successfully transfer intact polymer chains and active biological molecules onto substrates.
Identifies laser wavelength, pulse energy, and matrix-assisted shielding as critical variables for avoiding photochemical damage during deposition.

Cite This Study

Chrisey et al. (2003) studied this question.

synapsesocial.com/papers/6a70db8f8031ec7bb1dca18a https://doi.org/10.1021/cr010428w

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Implication

Review reveals laser-based deposition strategies for organic polymers and biomaterials, highlighting gentle transfer methods that preserve delicate functional structures.

Laser Deposition of Polymer and Biomaterial Films

Discussion

Member takes

Implication

Key Points

Cite This Study

Laser Deposition of Polymer and Biomaterial Films

Discussion

Member takes

Implication

Key Points

Cite This Study

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