Angular Velocity
In physics angular velocity refers to the rate of velocity at which an item or a particle is rotating around a center or a particular point in a given timeframe. The pace of change of angular velocity is angular acceleration. Angular velocity is calculated in angle per unit time or radians per second (rad/s). There are two types of angular velocity: spin angular velocity and orbital angular velocity. Orbital angular velocity refers to how quick a point object rotates about a fixed origin, i.e. the time rate of change of its angular point relative to the origin. Spin angular velocity refers to how quick a rigid body rotates with respect to its centre of rotation. Angular velocity sensors are used to measure the rotation rate of a body with respect to an inertial frame of reference.
High Impact List of Articles
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Liquid-liquid partition chromatography: An efficient solid support less chromatographic technique for the separation of bioactive phytomolecules.
Anupam MauryaResearch Paper: Journal of Chemical Technology and Applications
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Liquid-liquid partition chromatography: An efficient solid support less chromatographic technique for the separation of bioactive phytomolecules.
Anupam MauryaResearch Paper: Journal of Chemical Technology and Applications
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Theoretical investigation of the mechanism, stereoselectivity and regioselectivity
of the epoxidation reaction of γ-himachalene: MEDT screening.
Abdellah ZeroualReview Article: Journal of Chemical Technology and Applications
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Theoretical investigation of the mechanism, stereoselectivity and regioselectivity
of the epoxidation reaction of γ-himachalene: MEDT screening.
Abdellah ZeroualReview Article: Journal of Chemical Technology and Applications
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Physical and chemical characterization and evaluation of organic matter from tar-mat samples: Case study of Kuwaiti carbonate reservoir.
Abdullah O. Almansour*, Waleed H. Al-BazzazReview Article: Journal of Chemical Technology and Applications
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Physical and chemical characterization and evaluation of organic matter from tar-mat samples: Case study of Kuwaiti carbonate reservoir.
Abdullah O. Almansour*, Waleed H. Al-BazzazReview Article: Journal of Chemical Technology and Applications
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Investigation of Payne effect in heat protective materials containing microspheres modified by element organic modifiers.
Kochetkov VG -
Investigation of Payne effect in heat protective materials containing microspheres modified by element organic modifiers.
Kochetkov VG -
Practical reduction of manganese oxide
Fikri Erdem Sesen -
Practical reduction of manganese oxide
Fikri Erdem Sesen
Conference Proceedings
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Arid ecosystem resiliency to total petroleum Hydrocarbons disturbance: A Case study from the State of Kuwait associated with the second gulf war
Meshal M Abdullah, Amjad T Assi, Mansour T Abdullah and Rusty A FeaginPosters & Accepted Abstracts: Journal of Industrial and Environmental Chemistry
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Arid ecosystem resiliency to total petroleum Hydrocarbons disturbance: A Case study from the State of Kuwait associated with the second gulf war
Meshal M Abdullah, Amjad T Assi, Mansour T Abdullah and Rusty A FeaginPosters & Accepted Abstracts: Journal of Industrial and Environmental Chemistry
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MONITORING THE EARTHS ENERGY BUDGET AND CLIMATE FROM THE SURFACE OF THE MOON
Habibullo I AbdussamatovPosters & Accepted Abstracts: Journal of Chemical Technology and Applications
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MONITORING THE EARTHS ENERGY BUDGET AND CLIMATE FROM THE SURFACE OF THE MOON
Habibullo I AbdussamatovPosters & Accepted Abstracts: Journal of Chemical Technology and Applications
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FROM ISS TO THE DEEP SPACE GATEWAY AND BEYOND: KEY TRENDS IN HUMAN SPACEFLIGHT SOLUTIONS
Eugenio GargioliPosters & Accepted Abstracts: Journal of Chemical Technology and Applications
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FROM ISS TO THE DEEP SPACE GATEWAY AND BEYOND: KEY TRENDS IN HUMAN SPACEFLIGHT SOLUTIONS
Eugenio GargioliPosters & Accepted Abstracts: Journal of Chemical Technology and Applications
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INVESTIGATION OF ELECTROCHEMICAL REACTION MECHANISM OF SOME AZO DYES BY USING VOLTAMMETRIC TECHNIQUES
Necati MENEK -
INVESTIGATION OF ELECTROCHEMICAL REACTION MECHANISM OF SOME AZO DYES BY USING VOLTAMMETRIC TECHNIQUES
Necati MENEK -
Modeling and simulation in Materials Science
Chinta SanjayPosters & Accepted Abstracts: Journal of Chemical Technology and Applications
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Modeling and simulation in Materials Science
Chinta SanjayPosters & Accepted Abstracts: Journal of Chemical Technology and Applications