126 p.Thin film technology is the current choice of technology in fabrication smart devices and optical systems. As a result of the progress made in the last decades, microelectronic fabrication technology is now being applied in the development of new generations of smart devices such as MEMS, Optical MEMS and BioMEMS. Optics is in fact one of the earliest and most active areas in which MEMS technology has been applied, e.g Lenses, prims, WDM, DWDM, optical filters, tunable optical devices, fiber optics, VCSEL lasers, and currently photonics crystals.Master of Science (Photonics
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Two-dimensional materials created ab initio by the process of condensation of atoms, molecules, or i...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
We present tow different design thin film multi-cavity narrow band-pass filter. These filters are mo...
Over the last 15 years, there have been tremendous progress in the technology of optical interferenc...
The rapidly rising data transmission rates both in telecommunication and computer networks generate ...
The research covered design and production feasibility study of optical filters production consistin...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
MEMS application to photonics and optics have been of interest to researchers for a long time, and h...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Le domaine des couches minces optiques a vu les fonctions de filtrage se complexifier et les techniq...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Two-dimensional materials created ab initio by the process of condensation of atoms, molecules, or i...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
126 p.Thin film technology is the current choice of technology in fabrication smart devices and opti...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
Thin film technology is the current technology of choice for the fabrication of most of the optical ...
We present tow different design thin film multi-cavity narrow band-pass filter. These filters are mo...
Over the last 15 years, there have been tremendous progress in the technology of optical interferenc...
The rapidly rising data transmission rates both in telecommunication and computer networks generate ...
The research covered design and production feasibility study of optical filters production consistin...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
MEMS application to photonics and optics have been of interest to researchers for a long time, and h...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Le domaine des couches minces optiques a vu les fonctions de filtrage se complexifier et les techniq...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...
Two-dimensional materials created ab initio by the process of condensation of atoms, molecules, or i...
Design, development and deposition of interference filters using vacuum electron beam evaporation. T...