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Electromagnetic radiation

Summary Of: Electromagnetic radiation

Electromagnetic radiation is classified into types according to the... of the interaction between electromagnetic radiation and matter such as electrons is described by the theory of... electromagnetic radiation is propagated at the same frequency as the electric current... the information carried by electromagnetic radiation is not directly detected by human senses...

Encyclodia Page On: Electromagnetic radiation

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Electromagnetism | | Electricity | Magnetism | Electrostatics | Electric charge | Coulomb’s law | Electric field | Electric flux | Gauss’ law | Electric potential | Electrostatic induction | Electric dipole moment | Magnetostatics | Ampère’s law | Electric current | Magnetic field | Magnetic flux | Biot–Savart law | Magnetic dipole moment | Gauss’s law for magnetism | Electrodynamics | Free space | Lorentz force law | EMF | Electromagnetic induction | Faraday’s law | Displacement current | Maxwell’s equations | EM field | Liénard-Wiechert Potentials | Maxwell tensor | Eddy current | Electrical Network | Electrical conduction | Electrical resistance | Capacitance | Inductance | Impedance | Resonant cavities | Waveguides | Covariant formulation | Electromagnetic tensor | EM Stress-energy tensor | Four-current | Four-potential | Ampere | Coulomb | Faraday | Heaviside | Henry | Hertz | Lorentz | Maxwell | Tesla | Weber | view | talk | self-propagating | waves | vacuum | matter | electric | magnetic field | oscillate | propagation | frequency | radio waves | microwaves | terahertz radiation | infrared radiation | visible light | ultraviolet radiation | X-rays | gamma rays | visible spectrum | light | sensed | organisms | energy | momentum | matter | Shows three electromagnetic modes (blue, green and red) with a distance scale in microns along the x-axis. | | James Clerk Maxwell | Heinrich Hertz | wave form of the electric and magnetic equations | speed of light | light | Maxwell's equations | electric field | magnetic field | quantum theory | quantum electrodynamics | Electromagnetic waves can be imagined as a self-propagating transverse oscillating wave of electric and magnetic fields. This diagram shows a plane linearly polarized wave propagating from right to left. The electric field is in a vertical plane, the magnetic field in a horizontal plane. | | | | superposition | vector | refraction | diffraction | atoms | emissions | crystals | Faraday effect | Kerr effect | density | Snell's law | spectrum | physics | electrodynamics | electromagnetism | particle | wave-particle duality | photon | photomultiplier | Michelson interferometer | interferometers | Depicts white light being separated into different frequency waves. | | frequency | hertz | SI | second | wavelength | c | Interference | radiant energy | quanta | photons | energy | photon | Planck's | Planck's constant | equipartition principle | atom | electron | energy level | photoionisation | light | star | emission | emission | nebulae | red shift | Speed of light | retarded time | causality | electric field | magnetic field | antenna | alternating current | wave | particles | speed of light | wavelength | frequency | photons | Planck's | Planck's constant | speed of light | Albert Einstein | special relativity | velocity factor | refractive index | electromagnetic spectrum | Electromagnetic spectrum with light highlighted | | Legend: γ = Gamma rays HX = Hard X-rays SX = Soft X-Rays EUV = Extreme ultraviolet NUV = Near ultraviolet Visible light NIR = Near infrared MIR = Moderate infrared FIR = Far infrared Radio waves: EHF = Extremely high frequency (Microwaves) SHF = Super high frequency (Microwaves) UHF = Ultrahigh frequency (Microwaves) VHF = Very high frequency HF = High frequency MF = Medium frequency LF = Low frequency VLF = Very low frequency VF = Voice frequency ELF = Extremely low frequency | Gamma rays | X-rays | ultraviolet | Visible light | infrared | Radio waves | Extremely high frequency | Super high frequency | Ultrahigh frequency | Very high frequency | High frequency | Medium frequency | Low frequency | Very low frequency | Voice frequency | Extremely low frequency | electrical energy | radio | microwave | infrared | visible region | ultraviolet | X-rays | gamma rays | Spectroscopy | astrophysics | hydrogen | atoms | emit | radio waves | wavelength | cm | light | wavelength | nm | human | eye | light | visual perception | Optical fiber | radio waves | conductor | induces | skin effect | microwave ovens | electricity | Maxwell's equations | free space | Del | vector identities | differential equation | wave equation | d'Alembertian | speed of light | relationship | Poynting vector | polarization | Bolometer | Control of electromagnetic radiation | Electromagnetic pulse | Electromagnetic spectrum | Bioelectromagnetism | Electromagnetic radiation and health | Electromagnetic wave equation | Finite-difference time-domain method | Helicon | Klystron | Light | Maxwell's equations | Photon polarization | Radiant energy | Sinusoidal plane-wave solutions of the electromagnetic wave equation | Radiation reaction | ISBN 0-8053-8566-5 | ISBN 0-534-40842-7 | ISBN 0-7167-0810-8 | ISBN 0-201-52624-7 | ISBN 0-471-43132-X | ISBN 1-58053-832-0 | Categories | Electromagnetic radiation |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Electromagnetic radiation".