Solar Cell

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Engineering / Algorithms / Materials Science / Solar Cell / Performance / Parallel Processing / Ab initio calculations / Micro and Nanosystems / DFT calculation / Physical sciences / Electronic Structure / Accuracy / Materials Sciences / Processors / Code Optimization / Three Dimensional / Parallel Computer / Large Scale / Atoms / Electronic Structure Calculation / Boundary Effect / Function optimization / Divide and Conquer / Lawrence Berkeley Laboratory / Parallel Processing / Ab initio calculations / Micro and Nanosystems / DFT calculation / Physical sciences / Electronic Structure / Accuracy / Materials Sciences / Processors / Code Optimization / Three Dimensional / Parallel Computer / Large Scale / Atoms / Electronic Structure Calculation / Boundary Effect / Function optimization / Divide and Conquer / Lawrence Berkeley Laboratory

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Engineering / Algorithms / Materials Science / Solar Cell / Performance / Parallel Processing / Ab initio calculations / Micro and Nanosystems / DFT calculation / Physical sciences / Electronic Structure / Accuracy / Materials Sciences / Processors / Code Optimization / Three Dimensional / Parallel Computer / Large Scale / Atoms / Electronic Structure Calculation / Boundary Effect / Function optimization / Divide and Conquer / Lawrence Berkeley Laboratory / Parallel Processing / Ab initio calculations / Micro and Nanosystems / DFT calculation / Physical sciences / Electronic Structure / Accuracy / Materials Sciences / Processors / Code Optimization / Three Dimensional / Parallel Computer / Large Scale / Atoms / Electronic Structure Calculation / Boundary Effect / Function optimization / Divide and Conquer / Lawrence Berkeley Laboratory

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity

CARACTERIZACIÓN DEL CONSUMO ENERGÉTICO PARA SISTEMAS DE BAJA POTENCIA ALIMENTADOS CON ENERGÍA RENOVABLE (SOLAR-EÓLICA).

Solar Cell / Energías Renovables / Sistemas hibridos

Laser-doped silicon solar cells by Laser Chemical Processing (LCP) exceeding 20% efficiency

Solar Cell / Cost effectiveness / High Temperature / High Speed / Silicon Solar Cell / High Efficiency

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Storage capacity

Preparation of 4.8% Efficiency Cu2ZnSnSe4 Based Solar Cell by a Two Step Process

Photovoltaics / Solar Cell / Thin film solar cells / Solar Energy / Energías Renovables / Kesterites

Low energy plasma enhanced chemical vapor deposition

Engineering / Epitaxial Growth / Solar Cell / Solid State electronics / Physical sciences / Low Energy Buildngs / Oscillations / CHEMICAL SCIENCES / High performance / Low Temperature / Silicon Germanium / Process Development / Frequency Response / Electrical And Electronic Engineering / Active Layer / Low Energy Buildngs / Oscillations / CHEMICAL SCIENCES / High performance / Low Temperature / Silicon Germanium / Process Development / Frequency Response / Electrical And Electronic Engineering / Active Layer

Design of optical antenna for solar energy collection

Mechanical Engineering / Energy / Solar Cell / Solar Energy / Solar radiation / Infrared / Infrared Radiation / Thermal Radiation / Antenna Array / Interdisciplinary Engineering / Simulation Model / Microstrip Line / Infrared / Infrared Radiation / Thermal Radiation / Antenna Array / Interdisciplinary Engineering / Simulation Model / Microstrip Line

Characterization of a commercial dye-sensitised titania solar cell electrode

Engineering / Solar Cell / Transmission Electron Microscopy / Solar Energy Materials / Physical sciences / Optical Properties / CHEMICAL SCIENCES / X ray diffraction / Size Distribution / Optical Properties / CHEMICAL SCIENCES / X ray diffraction / Size Distribution

Hydrogen energy in changing environmental scenario: Indian context

Engineering / Climate Change / Solar Cell / Hydrogen Storage / Hydrogen Energy / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design / Hydrogen Production / Alternative Fuel / CHEMICAL SCIENCES / Point of View / Internal combustion / Modular Design

Aerogel Templated ZnO Dye-Sensitized Solar Cells

Engineering / Solar Cell / Advanced Materials / Physical sciences / Dye Sensitized Solar cell / CHEMICAL SCIENCES / Surface Area / Light Intensity / Power Added Efficiency / CHEMICAL SCIENCES / Surface Area / Light Intensity / Power Added Efficiency

High internal and external quantum efficiency InGaN/GaN solar cells

Engineering / III-V Semiconductors / Solar Cell / Applied Physics / Physical sciences / Band Gap / Current Density / Wave propagation / Spectrum / Fill Factor / Open Circuit Voltage / External Quantum Efficiency / Band Gap / Current Density / Wave propagation / Spectrum / Fill Factor / Open Circuit Voltage / External Quantum Efficiency

Photodecomposition of amino acids and photocurrent generation on TiO 2/OTE electrodes prepared by pulse laser deposition

Chemical Engineering / Solar Cell / Pulsed Laser Deposition / Amino Acid Profile / Glutamic Acid

High-Efficiency Silicon Heterojunction Solar Cells by HWCVD

Solar Cell / Energy Conversion / Green / High Temperature / Silicon Wafer / Fill Factor / Low Temperature / Industrial Production / Amorphous Silicon / High Efficiency / Product Line / Open Circuit Voltage / Fill Factor / Low Temperature / Industrial Production / Amorphous Silicon / High Efficiency / Product Line / Open Circuit Voltage

PS-b-P3HT Copolymers as P3HT/PCBM Interfacial Compatibilizers for High Efficiency Photovoltaics

Engineering / Solar Cell / Advanced Materials / Block Copolymer / Fullerenes / Photovoltaic Cell / Absorption spectroscopy / Physical sciences / Long Range / Current Density / CHEMICAL SCIENCES / Phase Separation / Fill Factor / Molecular Conformation / Sunlight / High Efficiency / Active Layer / Conversion Efficiency / Polystyrenes / Photovoltaic Cell / Absorption spectroscopy / Physical sciences / Long Range / Current Density / CHEMICAL SCIENCES / Phase Separation / Fill Factor / Molecular Conformation / Sunlight / High Efficiency / Active Layer / Conversion Efficiency / Polystyrenes

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