Paper presented at Frontiers in Optics (FiO), Tucson, Arizona, October 16, 2005We describe holographic grating formation in Acrylamide-based photopolymer material using the NonLocal Diffusion Driven model & discuss radical suppression leading to an inhibition period before grating growth. Diffusion effects of monomer & polymer are discussed.Not applicableau, ti, la, sp, ke, ab - kpw17/11/1
The one-dimensional diffusion equation governing holographic grating formation in photopolymers, whi...
The nonlocal polymerization-driven diffusion model (NPDD) has been shown to predict high spatial fre...
This paper introduces an improved mathematical model for holographic grating formation in an acrylam...
The kinetics of photosensitive polymer holographic recording materials are examined assuming a mater...
The kinetics of photosensitive polymer holographic recording materials are examined assuming a mater...
The development of a theoretical model of the processes present during the formation of a holograph...
The nonlocal polymerization driven diffusion model is used to describe holographic grating formation...
The photochemical processes present during free-radical-based holographic grating formation are exam...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
Poster presented at Optical Data Storage (ODS) Portland, Oregon, May 20, 2007A generalized non-loca...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
The standard one-dimensional diffusion equation is extended to include nonlocal temporal and spatial...
An extended model based on nonlocal polymerization-driven diffusion model is derived by introducing ...
In this chapter we briefly review some of the developments which have been made in the area of photo...
We examine the evolution of the refractive index modulation when recording gratings in an acrylamide...
The one-dimensional diffusion equation governing holographic grating formation in photopolymers, whi...
The nonlocal polymerization-driven diffusion model (NPDD) has been shown to predict high spatial fre...
This paper introduces an improved mathematical model for holographic grating formation in an acrylam...
The kinetics of photosensitive polymer holographic recording materials are examined assuming a mater...
The kinetics of photosensitive polymer holographic recording materials are examined assuming a mater...
The development of a theoretical model of the processes present during the formation of a holograph...
The nonlocal polymerization driven diffusion model is used to describe holographic grating formation...
The photochemical processes present during free-radical-based holographic grating formation are exam...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
Poster presented at Optical Data Storage (ODS) Portland, Oregon, May 20, 2007A generalized non-loca...
For photopolymers, knowing the rate of diffusion of the active monomer is important when modeling th...
The standard one-dimensional diffusion equation is extended to include nonlocal temporal and spatial...
An extended model based on nonlocal polymerization-driven diffusion model is derived by introducing ...
In this chapter we briefly review some of the developments which have been made in the area of photo...
We examine the evolution of the refractive index modulation when recording gratings in an acrylamide...
The one-dimensional diffusion equation governing holographic grating formation in photopolymers, whi...
The nonlocal polymerization-driven diffusion model (NPDD) has been shown to predict high spatial fre...
This paper introduces an improved mathematical model for holographic grating formation in an acrylam...