The Experts below are selected from a list of 22572 Experts worldwide ranked by ideXlab platform
Pi Wang - One of the best experts on this subject based on the ideXlab platform.
-
through bond Energy transfer cassettes based on coumarin bodipy distyryl bodipy dyads with efficient Energy efficiences and large pseudo stokes shifts
Journal of Materials Chemistry, 2011Co-Authors: Yun Zhao, Yan Zhang, Xin Lv, Maliang Chen, Pi WangAbstract:The Energy transfer cassettes composed of coumarin and Bodipy as well as NIR distyryl Bodipys were designed to capture Photonic Energy and convert it to longer wavelength fluorescence emission; large pseudo-Stokes' shifts (up to 410 nm) and efficient Energy transfer efficiencies (up to 98.6%) as well as a marked antenna effect were demonstrated.
-
Through-bond Energy transfer cassettes based on coumarin–Bodipy/distyryl Bodipy dyads with efficient Energy efficiences and large pseudo-Stokes' shifts
Journal of Materials Chemistry, 2011Co-Authors: Yun Zhao, Yan Zhang, Maliang Chen, Pi Wang, Yunlong Liu, Jing Liu, Wei GuoAbstract:The Energy transfer cassettes composed of coumarin and Bodipy as well as NIR distyryl Bodipys were designed to capture Photonic Energy and convert it to longer wavelength fluorescence emission; large pseudo-Stokes' shifts (up to 410 nm) and efficient Energy transfer efficiencies (up to 98.6%) as well as a marked antenna effect were demonstrated.
Masatsugu Shimomura - One of the best experts on this subject based on the ideXlab platform.
-
Calculation of Photonic Energy bands of self-assembled-type TiO2 Photonic crystals as dye-sensitized solar battery
Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2007Co-Authors: Sachiko Matsushita, Ryo Fujiwara, Masatsugu ShimomuraAbstract:Abstract The Photonic Energy bands of the inverse-opal solar cell were calculated. The finite difference time domain method was applied to the analysis of both hexagonal closest packed (hcp) and face-centered cubic (fcc) structures of the TiO 2 -electrolyte Photonic crystal. The electrolyte, which filled the calculated Photonic crystals, was set as an acetonitrile system. The calculated Photonic Energy bands were compared with the experimental scattering spectra.
Yuanhua Sang - One of the best experts on this subject based on the ideXlab platform.
-
full spectrum solar light activated photocatalysts for light chemical Energy conversion
Advanced Energy Materials, 2017Co-Authors: Xiaoning Wang, Fulei Wang, Yuanhua SangAbstract:The realization of light–chemical Energy conversion using solar light is an ideal goal in renewable Energy studies. Many reports are concerned with extracting Energy from solar light and the use/storage of the converted Energy. Due to the progress in solar light absorption with various photocatalysts, the various Energy conversion mechanisms using different Photonic energies should be summarized. Therefore, the photocatalytic work that light can achieve with a certain Photonic Energy range, from UV light to visible light to near-infrared light, is summarized in this review, including the most recent progress concerning light–chemical conversion mechanisms, classified as photocatalytic redox and photothermal catalysis. This review mostly concerns the mechanisms and specific strategies of light–chemical Energy conversion based on various Photonic energies.
Kazuhiro Takanabe - One of the best experts on this subject based on the ideXlab platform.
-
photocatalytic water splitting quantitative approaches toward photocatalyst by design
ACS Catalysis, 2017Co-Authors: Kazuhiro TakanabeAbstract:A widely used term, “photocatalysis”, generally addresses photocatalytic (energetically downhill) and photosynthetic (energetically uphill) reactions and refers to the use of Photonic Energy as a driving force for chemical transformations, i.e., electron reorganization to form/break chemical bonds. Although there are many such important reactions, this contribution focuses on the fundamental aspects of photocatalytic water splitting into hydrogen and oxygen by using light from the solar spectrum, which is one of the most investigated photosynthetic reactions. Photocatalytic water splitting using solar Energy is considered to be artificial photosynthesis that produces a solar fuel because the reaction mimics nature’s photosynthesis not only in its redox reaction type but also in its thermodynamics (water splitting: 1.23 eV vs glucose formation: 1.24 eV). To achieve efficient photocatalytic water splitting, all of the parameters, though involved at different time scales and spatial resolutions, should be op...
Yun Zhao - One of the best experts on this subject based on the ideXlab platform.
-
through bond Energy transfer cassettes based on coumarin bodipy distyryl bodipy dyads with efficient Energy efficiences and large pseudo stokes shifts
Journal of Materials Chemistry, 2011Co-Authors: Yun Zhao, Yan Zhang, Xin Lv, Maliang Chen, Pi WangAbstract:The Energy transfer cassettes composed of coumarin and Bodipy as well as NIR distyryl Bodipys were designed to capture Photonic Energy and convert it to longer wavelength fluorescence emission; large pseudo-Stokes' shifts (up to 410 nm) and efficient Energy transfer efficiencies (up to 98.6%) as well as a marked antenna effect were demonstrated.
-
Through-bond Energy transfer cassettes based on coumarin–Bodipy/distyryl Bodipy dyads with efficient Energy efficiences and large pseudo-Stokes' shifts
Journal of Materials Chemistry, 2011Co-Authors: Yun Zhao, Yan Zhang, Maliang Chen, Pi Wang, Yunlong Liu, Jing Liu, Wei GuoAbstract:The Energy transfer cassettes composed of coumarin and Bodipy as well as NIR distyryl Bodipys were designed to capture Photonic Energy and convert it to longer wavelength fluorescence emission; large pseudo-Stokes' shifts (up to 410 nm) and efficient Energy transfer efficiencies (up to 98.6%) as well as a marked antenna effect were demonstrated.