The creation, transport and storage of digital information is growing at rates of 40% to 50% annually, with video, mobile broadband, and machine-to-machine communication (Internet of Things, cloud
The temperature of a thin rotating disk electrode can be modulated by the absorption of laser radiation impinging on its back, using a hollow tube design(1).
Absorption of heat from a laser beam on the back of a thin rotating disk mounted on a hollow tube affords a ready way to modulate the electrode temperature.
We report on the thermal design and the characterization of InP-based 1.55 mu m wavelength large diameter (similar to 100 mu m) optically pumped vertical external cavity surface emitting lasers (OP
The thermal oxidation of heavily boron implanted LPCVD polysilicon films in dry and wet oxygen ambients has been studied.
Group V metalloid inclusions in native oxides on III-V based materials result in poor dielectric isolation which contributes to high leakage currents.
In this work we have investigated the thermal oxidation of thin InAlN/GaN heterostructures in their lattice matched configuration (83% Al) in oxygen atmosphere at 800 °C.
Thermal oxidations at 101C of ethylene-carbon monoxide (E/CO) copolymer and low density polyethylene (DYNK) were studied over the range of 0-30 mL oxygen absorbed per gram of polymer.
The thermal oxidation behavior of undoped LPCVD polysilicon films deposited at 630C or 575C (proportional to -poly) have been studied over temperatures ranging from 900C to 1050C, for durations of
Wavy walls are investigated in this paper as a passive scheme to improve the heat transfer performance of low-Reynolds-number laminar flows in microchannel heat sinks for electronics cooling applic
