A reflection hologram for visual indication of environmental humidity has been studied. The hologram is recorded in a self-developing photopolymer and changes color when exposed to a change in humidity and is fully reversible. The range of color change, reversibility, and the response time of the hologram have been studied in a controlled humidity environment. Fully reversible holograms with response times from few seconds to tens of minutes have been designed. Extremely sensitive bright visual humidity indicators, capable of dramatic color change within a few seconds of breathing on them are demonstrate
Abstract — The fabrication of a power-free, reversible, color-indicator sensor of the relative humid...
It has been shown that photopolymers are useful in holographic optical elements [1] and holographic ...
In hologrammetry it is usually more desirable to reconstruct the real image than the virtual image, ...
A reflection hologram for visual indication of environmental humidity has been studied. The hologram...
The humidity and temperature responses of a reflection hologram recorded in a self-processing photop...
A passive indicator for Relative Humidity based on a photopolymer recorded hologram has been develop...
This chapter presents holographic devices for sensing the relative humidity in the environment. The ...
Photonic structures capable of responding to an analyte with an easily identifiable change in their ...
Sensitivity of holographic recording materials to the relative humidity (RH) of the environment ofte...
This work explores the humidity and temperature response of volume phase slanted gratings recorded i...
The aim of this paper is to discuss the benefits as well as the limitations of utilizing photopolyme...
This paper explores the effects of humidity on gratings recorded in a polyvinylalcohol–acrylamide ph...
The use of electronic devices to measure Relative Humidity (RH) is widespread. However, under certai...
Part I: Responsive Interference Coloration (RIC) Systems for High-Performance Humidity Sensing High-...
We report on a novel device to measure relative humidity.The sensor is based on surface diffraction ...
Abstract — The fabrication of a power-free, reversible, color-indicator sensor of the relative humid...
It has been shown that photopolymers are useful in holographic optical elements [1] and holographic ...
In hologrammetry it is usually more desirable to reconstruct the real image than the virtual image, ...
A reflection hologram for visual indication of environmental humidity has been studied. The hologram...
The humidity and temperature responses of a reflection hologram recorded in a self-processing photop...
A passive indicator for Relative Humidity based on a photopolymer recorded hologram has been develop...
This chapter presents holographic devices for sensing the relative humidity in the environment. The ...
Photonic structures capable of responding to an analyte with an easily identifiable change in their ...
Sensitivity of holographic recording materials to the relative humidity (RH) of the environment ofte...
This work explores the humidity and temperature response of volume phase slanted gratings recorded i...
The aim of this paper is to discuss the benefits as well as the limitations of utilizing photopolyme...
This paper explores the effects of humidity on gratings recorded in a polyvinylalcohol–acrylamide ph...
The use of electronic devices to measure Relative Humidity (RH) is widespread. However, under certai...
Part I: Responsive Interference Coloration (RIC) Systems for High-Performance Humidity Sensing High-...
We report on a novel device to measure relative humidity.The sensor is based on surface diffraction ...
Abstract — The fabrication of a power-free, reversible, color-indicator sensor of the relative humid...
It has been shown that photopolymers are useful in holographic optical elements [1] and holographic ...
In hologrammetry it is usually more desirable to reconstruct the real image than the virtual image, ...