Font Size: a A A
Keyword [white LED]
Result: 161 - 180 | Page: 9 of 10
161. Preparation And Luminescence Properties Of Y3-x(Lux)Al5O12:Ce3+ Phosphors By Molten Salt Synthesis Mehtod
162. The Preparation And Photoelectric Properties Of Mn4+/Zn2+:YAG And CsPbX3(X=Br,I) Glasses And Their Application In White LED
163. Preparation And Photoelectric Properties Of Red Fluorescent Materials For White LEDs
164. Preparation And Optical Properties Of Red Powder Glass Doped With Alkaline Earth Element And Yb3+ Doped Lead-cesium Iodide Glass For WLED
165. Preparation And Study Of Fluoride Matrix Phosphors For White LEDs
166. Preparation And Optical Properties Of Manganese Doped Lead Halide Perovskite Quantum Dots And Composite Materials
167. Study On White LED Based On All-inorganic Perovskite Quantum Dots And Composite Materials
168. Synthesis And Application Of Water-soluble Multiple Quantum Dots And Quantum Dots Thin Films
169. Synthesis And Application Of Multi-water-soluble Quantum Dots
170. Research On Manganese Ion-activated Red Phosphor For White LED
171. Preparation And Luminescence Properties Study Of Strontium Calcium Vanadate Rare-earth Red Phosphors
172. Preparation Of Phosphors For White LED And Their Luminescence Properties
173. Preparation And Properties Of Flexible Phosphor Films For White LED
174. Preparation, Fabrication And Luminescent Properties Of Phosphate Luminescent Materials For White Light-emitting Diodes
175. Preparation And Luminescence Properties Of Tungstate Red Phosphors For White LED
176. Luminescent Properties Of Al2O3:Mn4+ And ZrO2:Ti4+ And ZrO2:Re3+(Re=Eu,Yb)
177. Effect Of LED White Light Irradiation On The Storage Quality Of Postharvest Pak-choi (Brassica Campestris L. Ssp. Chinensis (L.) Makino Var. Communis Tsen Et Lee)
178. The Synthesis Of Novel Orange-red Fluorescence Carbon Dots And Their Application In LED
179. Preparation And Properties Of Phosphor In Bismuthate Glass For Warm White LED
180. Preparation And Properties Of Phosphor In Glass Film On Regularly Nanoscale Textured Glass Substrate
  <<First  <Prev  Next>  Last>>  Jump to