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Keyword [Excited-state]
Result: 161 - 180 | Page: 9 of 10
161. The Study On Excited States And Luminescence Properties Of Osmium Etc.transition Metal Complexes
162. The Laser-induced Fluorescence Spectrum Of Jet-cooled Diatomic Sulfur In Ultraviolet Region
163. The Research On Rare Earth Ions Doped Inorganic Phosphors Powder For Temperature Sensing
164. Effect Of Twisted Angle Of Nitro Group On Excited State Dynamics Of Nitro Naphthalenes
165. Study Of Solvent-dependent Ground State Geometry And Excited State Proton Transfer Dynamics Of 1,2,4-triazole Derivatives
166. Pentamethine Cyanine Dyes Excited State Lifetime Regulation And Biological Applications
167. Luminescent Rare-Earth-Doped LiYbF4 Nanoparticles And Their Upconversion Properties
168. Study On The Ground And Excited States Of MSH(M=Ag,Cu)/YC2/ AYAAQS/MQ
169. Synthesis And Excited State Properties Of Soluble Metal Phthalocyanine Complexes
170. Many-Body Green's Function Theory Studies On The Excited-State Properties Of Photosynthetic Systems And Photocatalytic Materials
171. Theoretical Study On Design,Tunation And Light-emitting Properties Of The Hybridized Local And Charge-transfer Excited State In Organic Materials
172. Construction And Luminescent Properties Of High-Efficiency Excimer Based On Discrete ?-? Anthracene Dimer
173. Synthesis And Property Investigation Of Novel Organic Materials With "AIE+ESIPT" Characteristics
174. Electronic Structures And Optical Properties Of Titanium Dioxide Studied By Many-Body Green's Function Theory
175. Excited State Properties Of Pt(?)/Ir(?) Complexes With Long-Lived Triplet State
176. Characterizing The Structures And Spectra Of Chromophores In Condensed Phase By Means Of Multiscale Models
177. Excited-State Properties Of Molecular Clusters And Photovoltaic Systems Using Many-Body Green's Function Theory
178. First-Principles Simulations Of Excited States Dynamics In Low-Dimensional Materials
179. Investigation On The Ultrafast Dynamics Of Excited-state Carriers In Lead Halide Perovskites
180. Molecular Design And Excited State Lifetime Tuning For Efficient Thermally Activated Delayed Fluorescent Organic Electroluminescence Application
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