'Magnetic field created' presentation slideshows

PERSPECTIVES OF IRON-FREE DETECTORS FOR HIGH ENERGY PHYSICS

PERSPECTIVES OF IRON-FREE DETECTORS FOR HIGH ENERGY PHYSICS. Alexander Mikhailichenko, Cornell University. Jefferson Laboratory, March 15 2013. INTRODUCTION

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THIS

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THIS

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CHAPTER 30 : SOURCES OF THE MAGNETIC FIELD 30.1) THE BIOT-SAVART LAW

CHAPTER 30 : SOURCES OF THE MAGNETIC FIELD 30.1) THE BIOT-SAVART LAW To calculate the magnetic field produced at some point in space by a small current element.

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Torque on a Current Loop, 2

Torque on a Current Loop, 2. There is a force on sides 2 & 4 since they are perpendicular to the field The magnitude of the magnetic force on these sides will be: F 2 = F 4 = I a B The direction of F 2 is out of the page The direction of F 4 is into the page. Torque on a Current Loop, 3.

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Chapter 25 Magnetism

Chapter 25 Magnetism. Magnets. Magnets : interact on iron objects / other magnets. 1) North pole ( N-pole ) & south pole ( S-pole ). 2) Opposite poles attract, like poles repel. 3) Magnetic monopoles have not been found. 2. create. interact on. Magnetic field.

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Semi-Automatic Retrieval of Temperature and Density in a Magneto-Optical Trap

Semi-Automatic Retrieval of Temperature and Density in a Magneto-Optical Trap. Dan Mickelson Supervisor: Brett D. DePaola. July 28, 2009. Introduction. My Project To design, construct, and test an apparatus to measure temperature and density in a MOT. Why am I doing this?

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Magnetic Field due to a Current-Carrying Wire

Magnetic Field due to a Current-Carrying Wire. Physics Mrs. Coyle. A Current-Carrying Wire Causes a Magnetic Field Around it. Hans Christian Oersted, 1820. Right Hand Curl Rule. Magnetic Fields of Long Current-Carrying Wires. B = m o I 2 p r

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Magnetism

Magnetism. Simple if you accept the rules, complex if you must know why ?. What are Magnets?.

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Resonance condition

Resonance condition. Pulse. A coil of wire placed around the X axis will provide a magnetic field along the X axis when a direct current is passed through the coil. An alternating current will produce a magnetic field which alternates in direction.

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