'Spherical shell' diaporamas de présentation

PipeProbe: A Mobile Sensor Droplet for Mapping Hidden Pipeline

PipeProbe: A Mobile Sensor Droplet for Mapping Hidden Pipeline. SenSys 2010 Jeffrey. Outline. Abstract Introduction Pipeline Profiling Data Collection Data Processing Testbed Evaluation Discussion Related Work Conclusion. Outline. Abstract Introduction Pipeline Profiling

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Crystal Field Theory

Crystal Field Theory. Crystal Field Theory. Bonding model explaining many important properties of transition-metal complexes : colors, magnetism, structures, stability, and reactivity cannot be explained using valence bond theory . Crystal Field Theory. Central assumption of CFT:

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Modeling Deep Convective Zonal Flows on the Giant Planets

Modeling Deep Convective Zonal Flows on the Giant Planets. Jonathan Aurnou UCLA Earth & Space Sciences aurnou@ucla.edu. Cassini Image. Acknowledgements. Moritz Heimpel University of Alberta mheimpel@phys.ualberta.ca. Johannes Wicht Max Plank Institute for Aeronomy wicht@linmpi.mpg.de.

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Electrostatic force due to spherical shell of charge

Electrostatic force due to spherical shell of charge. r. R. z. ?. y. ?. x. Spherical coordinates. z. ? ? 0 to ?. ?. y. ?. x. z. ? 0 to ? ? ? 0 to 2?. r ? 0 to R. y. ?. x. ?. y. ?. x. z. Electrostatic force due to spherical shell of charge. r. R. q 0. z.

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Fig 24-CO, p.737

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Seismic waves and global seismology

Seismic waves and global seismology. Waves move energy (not matter!) in space-time. Spherical wave W( r,t ) = f(r-v*t) Plane wave W( x,t ) = f(x-v*t). Spherical wave propagating outward at velocity V (Sinusoidal source) note the amplitude decay of the waves as it moves away from the source.

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Chapter IV

Chapter IV. Electrostatics in the Presence of Dielectrics. Two Types of Dielectrics :. 1. Dielectrics with Molecules/atoms carrying permanent dipole moments . Or. 2. Molecules/atoms acquiring dipole moment by an external electric field : . Uniform electron cloud. At equilibrium,.

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Some exam review questions (for first midterm)

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Meteors, Asteroids, and Comets

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Physics 122B Electricity and Magnetism

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Kinematics of Young SNRs

Collaborators: Knox Long Steve Reynolds Rob Petre William Blair Brian Williams Satoru Katsuda Dan Milisavljevic. Undergraduate Students: Adele Plunkett Karl Twelker Claudine Reith Guarav Gupta Jillian Garber. Kinematics of Young SNRs. P. Frank Winkler, Middlebury College.

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23.4 Minor Members of the Solar System

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Compact r ? [0,R] self-gravitating ball (SGB) at the state of hydrostatic equilibrium (HSE)

On the impossibility of hydrostatic equilibrium of a star. Some properties of non-equilibrated star. A. V. Chigirinsky, Dnepropetrovsk, Ukraine chigirinsky@farlep.dp.ua +38(095)490-49-87.

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23.4 Minor Members of the Solar System

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Homework 1-4

Homework 1-4. Find all the force vectors and then add the vectors to find the total force. What is the Electric field a distance r away from an infinite line of charge?. What direction is the E-field?. a. x. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +. dq. L.

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CIG Workshop 2005 Boulder, Colorado K. Stemmer, H. Harder and U. Hansen stemmer@uni-muenster.de

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Kinematic Description of Undeformed Shell

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