AbstractResearchers at the University of Arkansas and the College of William and Mary discovered that growing atomic layers of certain materials on a semiconductor surface creates a strain inducing a large energy conversion and emits light in the entire range of the visible spectrum. This could be used to design new multifunctional materials exhibiting both properties.Visit www.three-fives.com for the latest advanced semiconductor industry new
AbstractBASF is investing in Micro Emissive Displays Ltd of Edinburgh as is lead investor Scottish E...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
AbstractResearchers from the University of California at Santa Barbara have combined a single electr...
AbstractRecent successes by a Nottingham University group includes the growth of GaMnAs material wit...
AbstractResearchers from the University of Arkansas and College of William and Mary have found that ...
AbstractResearchers at the University of Arkansas and the College of William and Mary discovered tha...
AbstractMIT researchers have used a computer simulation to show that shock waves through photonic cr...
Semiconductors have become fundamental to twenty-first century society and have influenced human liv...
The electrochemical etching of crystalline silicon in hydrofluoric acid based solutions has been fou...
AbstractA research group of the Institute for Microelectronics and Microsystems (IMM) of the Nationa...
AbstractNanoscale patterning of silicon substrates with regular, repeatable, atomically perfect appl...
AbstractPorous semiconductors exhibit new and unexpected properties compared to the bulk materials. ...
AbstractA Bulgarian company has invented a new multi-layer metal coating deposited by chemical and e...
Since the discovery of the luminescent properties of porous Si by L. Canham in 1990, the anodization...
AbstractBASF is investing in Micro Emissive Displays Ltd of Edinburgh as is lead investor Scottish E...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
AbstractResearchers from the University of California at Santa Barbara have combined a single electr...
AbstractRecent successes by a Nottingham University group includes the growth of GaMnAs material wit...
AbstractResearchers from the University of Arkansas and College of William and Mary have found that ...
AbstractResearchers at the University of Arkansas and the College of William and Mary discovered tha...
AbstractMIT researchers have used a computer simulation to show that shock waves through photonic cr...
Semiconductors have become fundamental to twenty-first century society and have influenced human liv...
The electrochemical etching of crystalline silicon in hydrofluoric acid based solutions has been fou...
AbstractA research group of the Institute for Microelectronics and Microsystems (IMM) of the Nationa...
AbstractNanoscale patterning of silicon substrates with regular, repeatable, atomically perfect appl...
AbstractPorous semiconductors exhibit new and unexpected properties compared to the bulk materials. ...
AbstractA Bulgarian company has invented a new multi-layer metal coating deposited by chemical and e...
Since the discovery of the luminescent properties of porous Si by L. Canham in 1990, the anodization...
AbstractBASF is investing in Micro Emissive Displays Ltd of Edinburgh as is lead investor Scottish E...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
The rise of the communication high-way, the increased speed of computers, the diffusion of multimedi...
DOI
Add to ORKG