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Magnetic dipole illustration
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Magnetic dipole illustration
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Chain of Large Hadron Collider dipole magnets inside tunnel
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Chain of Large Hadron Collider dipole magnets inside tunnel
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Chain of Large Hadron Collider dipole magnets inside tunnel
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Tracking antennas at Baikonur space museu
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Earths magnetic field
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Phased array antenna
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A phased array antenna on display at the 2012 Farnborough air show Dipole elements are fed with radio-frequencies to produce a beam that can be shape
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False-colour scanning electron micrograph to show the construction of a knitted polyester fabric Polyesters are formed by the condensation reaction b
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Earths magnetic field illustration
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Particle accelerator dipole magnets abstract image
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Particle accelerator dipole magnets abstract image
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Glimmering Water Droplets on Red Rose Petal After Rainstorm
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Glimmering Water Droplets on Green Leaf After Rainstorm
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Glimmering Water Droplets on Multicolored Leaf After Rainstorm
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Mobile phone radiation monitoring
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Nuclear fusion research Computer model of a torus-shaped magnet confining a hot plasma (orange glow) within its magnetic field (gold lines) This is
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Nuclear fusion research Levitated dipole experiment (LDX) device (cryostat) being constructed at the MIT Plasma Science and Fusion Center Columbia U
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Chaotic systems head-on collison of two dipolar vortices in a stratified fluid environment The original vortices dyed orange and green have exchan
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COBE all-sky map showing cosmic microwave dipole
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Illustration of radiation belts of trapped electrons around the Earth The illustration is based on electron flux measurements from NASAs Van Allen P
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Magnetic field reversal
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Earths magnetic field
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Earths magnetic field
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Earths magnetic field Cutaway artwork showing the interior of the Earth and Earths magnetic field lines (white) Magnetic field lines show the dire
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Electric dipole field lines illustration An electric dipole consists of two equal and opposite point charges The direction of an electric field is
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Four forces of nature illustration
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Polar bond in hydrogen chloride molecule Image 3 of 3 illustrating the sharing of electrons (dots and crosses) between a hydrogen atom (H) and a chlo
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Chaotic systems head-on collison of two dipolar vortices in a stratified fluid environment The original vortices dyed orange and green have exchan
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Polar bond in hydrogen chloride molecule Image 2 of 3 illustrating the sharing of electrons (dots and crosses) between a hydrogen atom (H) and a chlo
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Polar bond in hydrogen chloride molecule Image 1 of 3 illustrating the sharing of electrons (dots and crosses) between a hydrogen atom (H) and a chlo
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Diagram showing the magnetic field that surrounds and penetrates the planet Earth Magnetic field lines emerge from the south magnetic pole bend over
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Diagram showing the magnetic field that surrounds and penetrates the planet Earth Magnetic field lines emerge from the south magnetic pole bend over
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Simplified conceptual illustration showing an electrical charge between two layers of graphene Graphene is an allotrope of carbon in the form of a tw
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Earths radiation and plasma belts
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LOFAR radio telescope dipoles
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Large Hadron Collider - the CMS Detector
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Large Hadron Collider - the CMS Detector
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Chaotic systems head-on collison of two dipolar vortices in a stratified fluid environment The original vortices dyed orange and green have exchan
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Large Hadron Collider tunnel
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Large Hadron Collider - the CMS Detector
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Large Hadron Collider tunnel
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Magnetosphere artwork
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Phased array antenna
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Tracking antenna at Baikonur space museum
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Diagram showing the structure of the two-pole (or dipolar) magnetic field that surrounds a typical bar magnet The magnetic field lines or lines of f
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Earths magnetic field computer artwork The magnetic poles are shown as yellow lines Magnetic field lines (orange) can be seen emerging from the so
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Earths magnetic field computer artwork The magnetic poles are shown as red lines Magnetic field lines (blue) can be seen emerging from the south m
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Magnet for the Large Hadron Collider The Large Hadron Collider (LHC) is the new accelerator for CERN the European particle physics laboratory at Gen
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Earths magnetic field computer artwork The magnetic poles are shown as yellow lines Magnetic field lines (blue) can be seen emerging from the sout
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Prototype dipole magnet for SSC
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PEP accelerator at SLAC
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Tunnel of PETRA accelerator ring DESY
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View of LEP the Large Electron-Positron collider at CERN the European centre for particle physics near Geneva LEP accelerates electrons positrons
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Magnets being tested at the Superconducting Super Collider (SSC) laboratory The Accelerator Systems String Test (ASST) was designed to assess the per
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Earths magnetic field computer artwork
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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View of LEP the Large Electron-Positron collider at CERN the European centre for particle physics near Geneva LEP accelerates electrons positrons
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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View of LEP the Large Electron-Positron collider at CERN the European centre for particle physics near Geneva LEP accelerates electrons positrons
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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radio station Chernobyl 2 Antenna field over-the-horizon radar
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Worlds storms between 1842 and 2017
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Worlds storms between 1842 and 2017
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Illustration of various representations of the water molecule (H2O) including the structural formula ball and stick model hydrogen bonding water d
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Solar eclipse totality composite image
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Jansky radio antenna replica
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Long Wavelength Array radio antennas These are four-sided dipole antennas of the Long Wavelength Array (LWA) built on the site of the Very Large Arr
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Right-hand rule for wires illustration This rule is used to determine the direction of the magnetic field present around a wire carrying an electric
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Right-hand rule for wires illustration
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Right-hand rule for wires illustration This rule is used to determine the direction of the magnetic field present around a wire carrying an electric
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Right-hand rule for wires illustration This rule is used to determine the direction of the magnetic field present around a wire carrying an electric
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Right-hand rule for wires illustration This rule is used to determine the direction of the magnetic field present around a wire carrying an electric
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Right-hand rule for wires illustration This rule is used to determine the direction of the magnetic field present around a wire carrying an electric
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Magnetizing a metal object with a bar magnet Illustration of the technique used to magnetize a metal object in this case a saw blade with a bar mag
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Magnetizing a metal object with a bar magnet Illustration of the technique used to magnetize a metal object in this case a saw blade with a bar mag
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Magnetizing a metal object with a bar magnet Illustration of the technique used to magnetize a metal object in this case a saw blade with a bar mag
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Jupiters magnetosphere illustration
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Earths radiation belts illustration The Earths radiation belts and its plasmasphere are shaped by Earths dipole magnetic field These structures
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Jupiter and Io interaction illustration
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Electron orbit particle cloud laser experiment illustration
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Electron orbit particle cloud illustration At centre is an electron in its orbit around an atomic nucleus The electron is spinning about its axis a
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Dipole Magnet principle Repel
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Dipole Magnet principle Attraction
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