Energy Levels

Optical processes in SiO 2 Sol-Gel Glass Colored with organic dyes

Quantum Mechanics / Molecular Electronics / Sol Gel Process / Spectrum / Infrared / Energy Levels / Inorganic materials / Energy Levels / Inorganic materials

Optimal energy quanta to current conversion

Physical sciences / CHEMICAL SCIENCES / Heat Flow / Coulomb blockade / Energy Levels

Two-dimensional particle simulation of plasma expansion between plane parallel electrodes

Engineering / Applied Physics / Computer Simulation / Mathematical Sciences / Physical sciences / Oscillations / Particle in Cell / Diffusion Coefficient / Constant Time Delay / Quantum Well / Ion Exchange / Two Dimensions / Energy Levels / Cadmium telluride / Oscillations / Particle in Cell / Diffusion Coefficient / Constant Time Delay / Quantum Well / Ion Exchange / Two Dimensions / Energy Levels / Cadmium telluride

Optical parametric chirped-pulse-amplification contrast enhancement by regenerative pump spectral filtering

Mechanical Engineering / Quantum Physics / Optical physics / Electrical And Electronic Engineering / Energy Levels

Low-energy cathodoluminescence spectroscopy of semiconductor interfaces

Engineering / Materials Engineering / Aerospace Engineering / Arsenic / III-V Semiconductors / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices

Low energy cathodoluminescence spectroscopy of SiO2 nanoparticles

Engineering / Materials Engineering / Aerospace Engineering / Arsenic / III-V Semiconductors / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices / Crystal structure / Atmospheric sciences / Physical sciences / Low Energy Buildngs / Vacuum / Optical Properties / Spatial Distribution / Electrical Properties / Gallium Arsenide / Mass Spectroscopy / Physical Properties / Energy Levels / Superlattices

Diode Laser Transscleral Cyclophotocoagulation

Clinical Trial / Archives / Treatment Outcome / Adolescent / Visual acuity / Safety / Prospective studies / Humans / Child / Glaucoma / Chronic Disease / Female / Feasibility Studies / Male / Semiconductor Lasers / Intraocular Pressure / Follow-up studies / Clinical Sciences / Aged / Middle Aged / Optometry and Ophthalmology / Adult / Diode Laser / Trabeculectomy / Iatrogenic Disease / Energy Levels / Mitomycin / Surgical Treatment / Primary Open Angle Glaucoma / Postoperative Complications / Combined Modality Therapy / Safety / Prospective studies / Humans / Child / Glaucoma / Chronic Disease / Female / Feasibility Studies / Male / Semiconductor Lasers / Intraocular Pressure / Follow-up studies / Clinical Sciences / Aged / Middle Aged / Optometry and Ophthalmology / Adult / Diode Laser / Trabeculectomy / Iatrogenic Disease / Energy Levels / Mitomycin / Surgical Treatment / Primary Open Angle Glaucoma / Postoperative Complications / Combined Modality Therapy

Bose-Einstein condensates in optical lattices

Applied Mathematics / Numerical Method / Numerical Simulation / Mathematical Sciences / Mathematical Analysis / Physical sciences / Band Gap / Refractive Index / CHEMICAL SCIENCES / Optical physics / Spectrum / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Energy Levels / Optical Lattices / Physical sciences / Band Gap / Refractive Index / CHEMICAL SCIENCES / Optical physics / Spectrum / THEORETICAL AND COMPUTATIONAL CHEMISTRY / Energy Levels / Optical Lattices

Efficient incremental sensor network deployment algorithm

Computational Geometry / Sensor Network / Randomized Algorithm / Wireless Sensor Network / Energy Levels

Energy transfer processes in Sr3Tb0.90Eu0.10(PO4)3

Materials Engineering / Optical Spectroscopy / Optical physics / Excited states / Optical Materials / Energy Transfer / Quantum Yield / Energy Levels / Energy Transfer / Quantum Yield / Energy Levels

Antihydrogen production and precision experiments

Mathematical Physics / Quantum Physics / Hyperfine Interactions / Low Energy Buildngs / Excited states / Experimental Tests / Atomic Structure / Hydrogen Atom / Energy Levels / Experimental Tests / Atomic Structure / Hydrogen Atom / Energy Levels

A variable temperature Fe[sup 3+] electron paramagnetic resonance study of Sn[sub 1−x]Fe[sub x]O[sub 2] (0.00≤x≤0.05)

Engineering / Applied Physics / Mathematical Sciences / Applied / Physical sciences / Iron / Spectrum / Ferromagnetic Resonance / Room Temperature / Energy Levels / Electron Paramagnetic Resonance / Crystal field / Iron / Spectrum / Ferromagnetic Resonance / Room Temperature / Energy Levels / Electron Paramagnetic Resonance / Crystal field

Active laser frequency stabilization using neutral praseodymium (Pr)

Mechanical Engineering / Laser Induced Fluorescence / Optical physics / Spectrum / Infrared / UV light / Diode Laser / High Density Concrete / Electrical And Electronic Engineering / Energy Levels / UV light / Diode Laser / High Density Concrete / Electrical And Electronic Engineering / Energy Levels

Open-ocean response and normal mode excitation in an eddy-resolving general circulation model

Sea Level / Multidisciplinary / Ocean Circulation / Normal Modes / Oceanic Islands / Large Scale / Energy Levels / Near Field / Large Scale / Energy Levels / Near Field

An Energy-Aware Periodical Data Gathering Protocol Using Deterministic Clustering in Wireless Sensor Networks (WSN)

Wireless Communications / Wireless Sensor Networks / Routing protocols / Energy efficiency / Ad Hoc Networks / Energy Dissipation / Head / Energy efficient / Communication Protocol / Wireless Application Protocol / Energy Efficiency / Wireless Sensor Network / Energy Levels / Data Gathering / Energy Dissipation / Head / Energy efficient / Communication Protocol / Wireless Application Protocol / Energy Efficiency / Wireless Sensor Network / Energy Levels / Data Gathering

Water line lists close to experimental accuracy using a spectroscopically determined potential energy surface for H[sub 2][sup 16]O, H[sub 2][sup 17]O, and H[sub 2][sup 18]O

Engineering / Chemical Physics / Standard Deviation / Physical sciences / Magnetic Susceptibility / CHEMICAL SCIENCES / Potential Energy Surface / Ab Initio Calculation / Energy Levels / Modeling and Analysis / CHEMICAL SCIENCES / Potential Energy Surface / Ab Initio Calculation / Energy Levels / Modeling and Analysis

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