We report on a newly solid state laser transmitter, designed and packaged for Earth and planetary space-based remote sensing applications for high efficiency, low part count, high pulse energy scalability/stability, and long life.
Over the last few years, much attention has been paid to the growth and investigation of dilute bismides, with potential applications for high-efficiency solar cells and for optoelectronic devices in the 1- to 1.55-μm wavelength range [1 3].
The main applications for this high efficiency welding process are: automotive, electronics, electrical engineering, aerospace and mechanical engineering industry.
Vehicular ad hoc networks (VANETs) [1] are first designed for safety applications; afterwards, a series of applications for increasing traffic efficiency and providing comfort to the vehicle's passengers are proposed.
The selected papers cover important subjects: improved design of integrated energy systems and their optimal operation, Process Integration of biorefineries, Waste to Energy, advanced heat transfer enhancement, Fuel Cell applications for increased energy efficiency.
However, the tolerance of these non-native microorganisms to toxic biofuels is naturally low, which has restricted the potentials of their application for high-efficiency biofuel production.
ITS [13] aim to develop advanced applications for improving safety and efficiency of road infrastructure and transportation.
Subwavelength metal circular structures have wide potential applications for the higher transmission efficiency than holes.
Multicast is an essential and attractive service for a wide range of todays Internet applications for its bandwidth-preserving efficiency and flexibility.
For these applications, the efficiency and line width of the photoluminescence (PL) are important factors.
