3
Room-temperature simultaneously enhanced magnetization and.pdf
Room-temperaturesimultaneously enhanced magnetization BiFeO3ceramicsynthesized magneticannealingWanj
5
E8-3 Temperature rise evaluation test.doc
E8-3 Temperature rise evaluation testE8-3 Temperature rise evaluation testE8-3 Temperature rise evaluation test
16
Applications of fibre optic temperature measurement.pdf
Proc.Estonian Acad. Sci. Eng., 2007, 13, fibreoptic temperaturemeasurementLars Hoffmanna, Mathias S.
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A CMOS Temperature Sensor With a.pdf
A CMOS Temperature Sensor With aA CMOS Temperature Sensor With aA CMOS Temperature Sensor With a
44
DAIKIN ALTHERMA LOW TEMPERATURE HEAT PUMP.pdf
DAIKIN ALTHERMA LOW TEMPERATURE HEAT PUMP
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PROBABILITY ESTIMATES OF EXTREME TEMPERATURE EVENTS....pdf
Stud.geophys. geod., 46 (2002), 93112 93 2002StudiaGeo s.r.o., Prague PROBABILITY ESTIMATES EXTREMET
6
A CLOSED-LOOP TEMPERATURE CONTROL SYSTEM.pdf
A CLOSED-LOOP TEMPERATURE CONTROL SYSTEM
3
Room-temperature ultraviolet laser emission from.pdf
Room-temperature ultraviolet laser emission from self-assembled ZnO microcrystallite thin films
Room-temperature ultraviolet ~UV! laser emission of ZnO microcrystallite thin films is reported.
The hexagonal ZnO microcrystallites are grown by laser molecular beam epitaxy. They are
self-assembled and parallelly arrayed on sapphire substrates. The facets of the hexagons form
natural Fabry–Pe ´rot lasing cavities. The optical gain for the room-temperature UV stimulated
emission is of an excitonic nature and has a peak value an order of magnitude larger than that of
bulk ZnO crystal. The observation of room-temperature UV lasing from the ordered, nano-sized
ZnO crystals represents an important step towards the development of nanometer photoelectronics.
© 1998 American Institute of Physics. @S0003-6951~98!03325-7

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