Nanotechnology of Grained Multyligand Luminescent Materials for SSL, SC and X-Ray Sensors

Naum Soschin; Vladimir Ulasyuk

doi:10.4028/www.scientific.net/AMR.875-877.1357

Paper Titles

Experimental Research on NC Electrochemical Machining of Passage between the Two Adjacent Blades of Integral Impeller
p.1334

Development and Application on Large Annular Shaft Kiln at Shougang
p.1339

The Effect of Grain Size and Cobalt Content on the Wear of Ultrafine Cemented Carbide Tools
p.1344

CO₂ Laser Induced Blind-Via for Direct Electroplating
p.1352

Nanotechnology of Grained Multyligand Luminescent Materials for SSL, SC and X-Ray Sensors
p.1357

Composite Polymer Joining by Laser Combined Hybrid Laser Process
p.1362

Molecular Dynamics Studies of Cold Welding of FCC Metallic Nanowires
p.1367

Effect of Mineralizer Concentration on ZnO Crystals Synthesized by Hydrothermal Method
p.1372

A Method of Improving Accuracy of Lapping Main Cylinder of Brake-Pump
p.1377

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 875-877Nanotechnology of Grained Multyligand Luminescent...

Nanotechnology of Grained Multyligand Luminescent Materials for SSL, SC and X-Ray Sensors

Abstract:

A lot of literature sources are devoted to nitrides heterostructures for LEDs, not less to the designing problems of converters of their radiation to white light. In our present work we are focused only on optimization of phosphor's properties. New multiligand photoluminophores for white light emitting diodes, solar batteries and x-ray detectors as well as original technological methods of their manufacturing and some obtained results are described.