Examples of using Kinetics in English and their translations into Thai
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Ecclesiastic
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Ecclesiastic
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Computer
Human Kinetics and Recreation.
The purpose of tank agitation is the improvement of process kinetics.
News& Activities- Kinetics Corporation Ltd.
Easily upgraded to include quantitative analysis, multi wavelength spectrum& kinetics.
He taught biomolecular kinetics and cellular dynamics, and he used to sort of scare the underclassmen.
And he used to sort of scare the underclassmen He taught biomolecular kinetics and cellular dynamics.
It is added to support the chemical reaction kinetics only and it needs to be recovered at the end of the process.
Kinetics, which is just the study of the rate of reactions, how fast do they happen and how do they happen.
Jiang, Siyi(2012): An Examination of Sonocrystallization Kinetics of L-Glutamic Acid.
Kinetics and photochemistry of gas phase and heterogeneous reactions on aerosols in atmospheric and astrochemical environments.
This results in low reaction rates and a slow conversion kinetics in two-phase systems.
When you make biodiesel, slow reaction kinetics and poor mass transfer are lowering your biodiesel plant capacity and your biodiesel yield and quality.
Hielscher ultrasonic mixers improve phase-transfer reaction kinetics in liquid-liquid phase systems.
The main advantages of ultrasound in solid-liquid extraction include the increase of extraction yield and faster kinetics.
The ultrasonic mixing improves mass transfer and reaction kinetics leading to faster transesterification and higher yield.
With ultrasound, a pre-treatment of the precursors is normally not necessary since sonication enhances the reaction kinetics.
Some authors stress the importance of accurately determining the kinetics of the laser medium when rare-gas halides are involved.
The finer the particle size of active carbon/ charcoal, the higher the surface area and thereby the faster the rate of its adsorption kinetics.
Ultrasonic agitation mixes liquids with other liquids or solids to improve process kinetics in chemical, food, pharmaceutical and cosmetic manufacturing.
This reduction in droplet diameter increases the contact surface between the scavenger and the oil phase and it improves the reaction kinetics.
The high encapsulation efficiency and controllable drug release kinetics can be achieved through control of crystalline beta-sheet content in silk materials.
The ultrasound energy can reduce the activation energy of the reaction. The ultrasonication treatment breaks the boundary layer between solid catalysts and reagents and provides a homogeneous mix of catalysts and reagent- improving thereby the reaction kinetics.
Hielscher ultrasonic reactors are often used to emulsify, to improve phase-transfer process kinetics or dissolving rates in liquid-liquid phase systems.
The main advantages of ultrasonic solid-liquid extraction are based on faster extraction kinetics and mass transfer as well as on an increase of the extract's yield. Another benefit is the opportunity to run the extraction process at lower temperatures preventing thermo-sensitive compounds against degradation. In comparison with alternative isolation techniques such as microwave or supercritical CO2, the ultrasonic extractor is lower in cost(for both, purchase and operation) as well as user-friendly and safe to operate.
Ultrasonic agitation mixes liquids with other liquids or solids to improve process kinetics in chemical, food, pharmaceutical and cosmetic manufacturing.
Excess methanol and catalyst are significant cost factors in biodiesel production. Hielscher ultrasonic reactors add cavitational shear to the mixing process. This gives you much smaller methanol droplets resulting in improved methanol and catalyst utilization. Therefore, less methanol and catalyst are required. In addition to that, the cavitation influences the reaction kinetics, leading to faster and more complete transesterification.
An innovative alternative to hydrodesulfurization is the ultrasonically assisted desulfurization. High local temperatures resulting from ultrasonic cavitation change the chemical reaction kinetics of the desulfurization process. This effect allows for alternative- less expensive- catalysts or alternative desulfurization chemistry to be used.
As the specific surface area of the phase boundary is influential for the chemical rate of reaction this significant reduction in droplet diameter improves the reaction kinetics and may reduce or eliminate the need for phase-transfer agents.