Energy Dissipation

Energy storage controls crumbly perception in whey proteins/polysaccharide mixed gels

Energy Dissipation / Energy Storage / Analysis of Variance / Microstructures / Structural Properties / Food Sciences / Quantitative Descriptive Analysis / Whey Protein / Food Hydrocolloids / Physical Properties / Least Square Method / High energy / Viscoelastic Properties / Food Sciences / Quantitative Descriptive Analysis / Whey Protein / Food Hydrocolloids / Physical Properties / Least Square Method / High energy / Viscoelastic Properties

Low amplitude, low frequency elastic measurements using Dynamic Mechanical Analyzer (DMA) spectroscopy

Chemical Engineering / Phase Transitions / Crystal structure / Power Law / Nanostructures / Nanostructure / Interfaces / XRD / Interface / Energy Dissipation / Momentum / Strain Energy / Ballistic Transport / Dynamic Mechanical Analysis / Biochemistry and cell biology / Nanostructure / Interfaces / XRD / Interface / Energy Dissipation / Momentum / Strain Energy / Ballistic Transport / Dynamic Mechanical Analysis / Biochemistry and cell biology

Energy efficient comparators for superscalar datapaths

Distributed Computing / Statistics / Computer Hardware / Energy efficiency / Computer Software / Microarchitecture / Frequency / Low Power / Energy Dissipation / Energy efficient / Logic Design / Energy Efficiency / Registers / Instruction Level Parallelism / Logic circuits / Microarchitecture / Frequency / Low Power / Energy Dissipation / Energy efficient / Logic Design / Energy Efficiency / Registers / Instruction Level Parallelism / Logic circuits

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

Vortices, Complex Flows and Inertial Particles

Engineering / Two Phase Flow / Strain Rate / Energy Dissipation / Internal Structure / Coherent Structures / Integrity Constraints / Coherent Structures / Integrity Constraints

Particle energization in 3D magnetic reconnection of relativistic pair plasmas

Magnetohydrodynamics / Magnetic field / Transport Properties / Classical Physics / Magnetic Reconnection / Particle in Cell / Energy Dissipation / Large Scale / Space Charge / Particle Acceleration / Electric Field / Particle in Cell / Energy Dissipation / Large Scale / Space Charge / Particle Acceleration / Electric Field

Particle Energization in 3D Magnetic Reconnection of Relativistic Pair Plasmas

Magnetohydrodynamics / Magnetic field / Transport Properties / Classical Physics / Magnetic Reconnection / Particle in Cell / Energy Dissipation / Large Scale / Space Charge / Particle Acceleration / Electric Field / Particle in Cell / Energy Dissipation / Large Scale / Space Charge / Particle Acceleration / Electric Field

Experimental determination of cw dye laser parameters by loss variation

Mechanical Engineering / Condensed Matter Physics / Applied Physics / Energy Dissipation / Optical physics / Cross Section / Optical Pumping / Electrical And Electronic Engineering / Continuous Wave / Performance Test / power efficiency / Cross Section / Optical Pumping / Electrical And Electronic Engineering / Continuous Wave / Performance Test / power efficiency

Helical logic

Thermodynamics / Nanotechnology / Multidisciplinary / Energy Dissipation / Electric Field
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