'Rotating frame' diaporamas de présentation

Frank Kameier Professor for Fluid Mechanics and Acoustics

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A Brief Review in Aerospace Dynamics

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DNS and Structure-Based Modeling of Rotated Shear Flows: Implications for Accretion Disks?

DNS and Structure-Based Modeling of Rotated Shear Flows: Implications for Accretion Disks?. S. C. Kassinos Stanford University/University of Cyprus. ESF PESC Exploratory Workshop: Frontiers for Computational Astrophysics Wengen, Switzerland 26-30 September 2004.

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Nondispersing wavepackets in two-electron systems in magnetic field

Nondispersing wavepackets in two-electron systems in magnetic field. Matt Kalinski. SUMMARY. New split operator method predicts existence of non-dispersing wave packets in magnetic field for arbitrary slowly-varying potential in 2D

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Lecture 19 Semi Classical 2-level system (Light-Atom interaction): Rabi & Bloch; atom, QD & NMR

Lecture 19 Semi Classical 2-level system (Light-Atom interaction): Rabi & Bloch; atom, QD & NMR. Reminder: Lecture notes taker: Nick G HWK4 due today. Course Outline. Part 1: basic review: Optics+Quantum; Part 2: Basic Light-matter interaction; laser; Part 3: Quantum Optics of photons

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Rotating Coordinate Systems

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Lecture Density Matrix Formalism

Lecture Density Matrix Formalism A tool used to describe the state of a spin ensemble, as well as its evolution in time. The expectation value X-component of the magnetic moment of nucleus A: Where ? is the wave function and is a linear combination of the eigenstates of the form:

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ELECTRIC DRIVES

ELECTRIC DRIVES. SPACE VECTORS Dr. Nik Rumzi Nik Idris Dept. of Energy Conversion, UTM 2013. Space Vector. WHY space vectors?. Representation of 3-phase equations (for 3-phase AC motor) is more compact: only one equations is needed.

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EVAT 554 OCEAN-ATMOSPHERE DYNAMICS

EVAT 554 OCEAN-ATMOSPHERE DYNAMICS. EQUATIONS OF MOTION. LECTURE 2. (Reference: Peixoto & Oort, Chapter 3). Let Us Consider the Equations of Fluid Mechanics at A Level Of Generality Appropriate for Both the Ocean and Atmosphere. (Material Derivative). Continuity (conservation of mass).

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Physics 430: Lecture 24 Euler Equations

Physics 430: Lecture 24 Euler Equations. Dale E. Gary NJIT Physics Department. 10.7 Euler Equations.

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