Photosensitive polymers are of practical importance, and mass transport within such materials plays a critical role in their behavior. Building on the work in Part I [J. Opt. Soc. Am. B doc. ID 136413 (posted 5 January 2011, in press)], the diffusion constants of a number of materials (i.e., acrylamide, polyacrylamide, water, propanol, and acetone) within a photosensitive layer are measured. A combination of optical and physical chemistry techniques is applied under different conditions. Determining the rates of diffusion is beneficial as it: (i) indicates material stability over time and (ii) supports material characterization, modeling, and performance optimization
In [1,2] an error (by a factor of 1000) in the diffusion rate of monomer in a photopolymer material ...
Optically driven diffusion in photopolymers is an appealing material platform for a broad range of a...
Molecular diffusion effects have been widely studied inside photopolymers for holographic applicatio...
Photosensitive polymers are of practical importance, and mass transport within such materials plays ...
Photosensitive polymers are of practical importance, and mass transport within such materials plays ...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
We propose an alternative, direct method to calculate monomer diffusion times in photopolymer materi...
A novel approach for measuring the diffusion coefficients in photopolymerisable materials is propose...
The photopolymerization diffusion models give accurate comprehension of the mechanism of hologram fo...
In [1,2] an error (by a factor of 1000) in the diffusion rate of monomer in a photopolymer material ...
The hard research about the models to predict and understand the behaviour of photopolymers have as ...
Results from the investigation of the diffusion processes in a dry acrylamide-based photopolymer sys...
peer reviewedWe investigate the recording dynamics of Omnidex photopolymer film from DuPont. We use ...
In our most recent study [1] diffusion constants were measured in the simplified monoacrylamide vers...
In [1,2] an error (by a factor of 1000) in the diffusion rate of monomer in a photopolymer material ...
Optically driven diffusion in photopolymers is an appealing material platform for a broad range of a...
Molecular diffusion effects have been widely studied inside photopolymers for holographic applicatio...
Photosensitive polymers are of practical importance, and mass transport within such materials plays ...
Photosensitive polymers are of practical importance, and mass transport within such materials plays ...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
We propose an alternative, direct method to calculate monomer diffusion times in photopolymer materi...
A novel approach for measuring the diffusion coefficients in photopolymerisable materials is propose...
The photopolymerization diffusion models give accurate comprehension of the mechanism of hologram fo...
In [1,2] an error (by a factor of 1000) in the diffusion rate of monomer in a photopolymer material ...
The hard research about the models to predict and understand the behaviour of photopolymers have as ...
Results from the investigation of the diffusion processes in a dry acrylamide-based photopolymer sys...
peer reviewedWe investigate the recording dynamics of Omnidex photopolymer film from DuPont. We use ...
In our most recent study [1] diffusion constants were measured in the simplified monoacrylamide vers...
In [1,2] an error (by a factor of 1000) in the diffusion rate of monomer in a photopolymer material ...
Optically driven diffusion in photopolymers is an appealing material platform for a broad range of a...
Molecular diffusion effects have been widely studied inside photopolymers for holographic applicatio...