Add to ORKGThin film technology is the current technology of choice for the fabrication of most of the optical filters, because of its clear technical advantages, its passive nature that offers simple system integration, and its flexibility and modularity. It has been widely applied to many optical devices and has been field-proven to be reliable.Master of Science (Microelectronics
We numerically demonstrate that the classical thin film computation method (Abelès Computation Metho...
The multimaterial integration of thin-film optoelectronic devices with host substrates ranging from ...
Currently, infrared filters for astronomical telescopes and satellite radiometers are based on multi...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
Abstract Design of antireflection (AR) thin film filters using only Si-compatible materials is extre...
We present tow different design thin film multi-cavity narrow band-pass filter. These filters are mo...
Abstract Design of antireflection (AR) thin film filters using only Si-compatible materials is extre...
The research covered design and production feasibility study of optical filters production consistin...
AbstractThis research is based on concepts of the Fabry-Perot principle to design a non-absorption i...
Two-dimensional materials created ab initio by the process of condensation of atoms, molecules, or i...
We report the fabrication of transparent, low surface roughness (<0.1 nm), and low-loss (1.5 +/- 0.2...
Thin film coatings have a large number of applications. For example, one can eliminate unwanted ref...
In today’s world, scientific development is tremendously strengthened by imitating natural pro...
We numerically demonstrate that the classical thin film computation method (Abelès Computation Metho...
The multimaterial integration of thin-film optoelectronic devices with host substrates ranging from ...
Currently, infrared filters for astronomical telescopes and satellite radiometers are based on multi...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
Abstract Design of antireflection (AR) thin film filters using only Si-compatible materials is extre...
We present tow different design thin film multi-cavity narrow band-pass filter. These filters are mo...
Abstract Design of antireflection (AR) thin film filters using only Si-compatible materials is extre...
The research covered design and production feasibility study of optical filters production consistin...
AbstractThis research is based on concepts of the Fabry-Perot principle to design a non-absorption i...
Two-dimensional materials created ab initio by the process of condensation of atoms, molecules, or i...
We report the fabrication of transparent, low surface roughness (<0.1 nm), and low-loss (1.5 +/- 0.2...
Thin film coatings have a large number of applications. For example, one can eliminate unwanted ref...
In today’s world, scientific development is tremendously strengthened by imitating natural pro...
We numerically demonstrate that the classical thin film computation method (Abelès Computation Metho...
The multimaterial integration of thin-film optoelectronic devices with host substrates ranging from ...
Currently, infrared filters for astronomical telescopes and satellite radiometers are based on multi...