Sonochemistry

Sonochemical degradation of estradiols: Incidence of ultrasonic frequency

Chemical Engineering / Wastewater Treatment / Sonochemistry / Numerical Simulation / Cavitation

Energy characterisation of ultrasonic systems for industrial processes

Materials Engineering / Mechanical Engineering / Convection / Heat Transfer / Sonochemistry / Classical Physics / Ultrasonography / Calibration / Iodine / Ultrasonics / Iron / Thermal Conductivity / Calorimetry / Oxidation-Reduction / Classical Physics / Ultrasonography / Calibration / Iodine / Ultrasonics / Iron / Thermal Conductivity / Calorimetry / Oxidation-Reduction

Energy characterisation of ultrasonic systems for industrial processes

Materials Engineering / Mechanical Engineering / Convection / Heat Transfer / Sonochemistry / Classical Physics / Ultrasonography / Calibration / Iodine / Ultrasonics / Iron / Thermal Conductivity / Calorimetry / Oxidation-Reduction / Classical Physics / Ultrasonography / Calibration / Iodine / Ultrasonics / Iron / Thermal Conductivity / Calorimetry / Oxidation-Reduction

Sonochemical degradation of estradiols: Incidence of ultrasonic frequency

Chemical Engineering / Wastewater Treatment / Sonochemistry / Numerical Simulation / Cavitation

Intensification of sonochemical decolorization of anthraquinonic dye Acid Blue 25 using carbon tetrachloride

Ultrasound / Sonochemistry / Stability / Free Radical / High Frequency / Ph / Alcohol / Frequency / Degradation / Waste Water / Pollutant / Oxidation / Volatiles / Aqueous Solution / Dosimeter / Ph / Alcohol / Frequency / Degradation / Waste Water / Pollutant / Oxidation / Volatiles / Aqueous Solution / Dosimeter

High power low frequency ultrasonic transducer: vibration amplitude measurements by an optical interferometric method

Water / Sonochemistry / Low Frequency / Control Systems / Interferometry / Frequency / High Power / Dosimetry / Electric Power / Calorimetry / Power Output / Frequency / High Power / Dosimetry / Electric Power / Calorimetry / Power Output

Rapid and efficient synthesis of 4(3H)-quinazolinones under ultra sonic irradiation using silica-supported Preyssler nano particles

Catalysis / Kinetics / Nanoparticles / Ultrasound / Sonochemistry / Catalyst / Ultrasonics / Reuse / Support / Particle / Time Factors / Quinazolinones / Silicon Dioxide / Benzamides / Chlorides / Catalyst / Ultrasonics / Reuse / Support / Particle / Time Factors / Quinazolinones / Silicon Dioxide / Benzamides / Chlorides

Copyright © 2017 DATOSPDF Inc.