Waves
related topics:
Sound, Optics, Electricity,
EMW (part of electronics) |
Acoustic waves |
Diffraction |
Diffraction
and interference periodic mechanical waves, constructive interference, destructive interference, double slit,
single slit, diffraction patterns |
Diffraction: thin
films interference |
Electromagnetic spectrum
chart electromagnetic spectrum chart |
Electromagnetic spectrum
Electromagnetic spectrum explained |
Electromagnetic spectrum |
Electromagnetic spectrum
radio waves, microwaves, infra red, the visible spectrum, ultra violet, gamma
rays, x-rays |
Electromagnetic spectrum tutorial |
Electromagnetic waves |
Electromagnetic Waves and
Antennas the electronic textbook of electromagnetic waves and microwave
techniques |
Evanescent waves evanescent means "tending to vanish", which is appropriate
because the intensity of evanescent waves decays exponentially (rather than sinusoidally) with distance from the interface at which they are formed.
Evanescent waves are formed when sinusoidal waves are (internally) reflected off an interface at an angle greater than the critical angle so that total internal
reflection occurs |
Golven en trillingen
pdf file |
Interference
Interference of waves explained |
Light and
waves doc file |
Mechanical oscillations and waves |
Mechanical waves a wave pulse is a disturbance that moves through a medium, a periodic wave is a periodic disturbance
that moves through a medium. The medium itself goes nowhere. The individual atoms and molecules in the medium oscillate about their equilibrium position,
but their average position does not change. As they interact with their neighbors, they transfer some of their energy to them |
Optical
instruments |
Polarised and unpolarised waves polarised and unpolarised waves |
Properties of light |
Reflection and
refraction of light |
Reflection and refraction |
Reflection and refraction |
Reflection of electromagnetic waves |
Resonances of open air columns |
Ripple tank |
Ripple tank
a ripple tank is a shallow glass tank of water used in schools and colleges to
demonstrate the basic properties of waves |
Ripple tank wave phenomena plane waves off of a parabolic reflector, law of reflection, circular reflections off of a straight
barrier, two-point source interference, diffraction, refraction (refraction is the bending of a wavefront resulting from a change in medium) |
Seismic
waves seismic waves are transmitted through the Earth |
Standing waves standing waves and acoustic resonance |
Standing waves
two waves with the same frequency, wavelength, and amplitude traveling in
opposite directions will interfere and produce standing waves |
Strings, standing waves
and harmonics sound |
Transverse and
longitudinal waves pdf file |
Vibrations and waves
if any object is displaced slightly from equilibrium it will oscillate about its equilibrium position in what is called simple harmonic motion. The most common
examples are a mass on a spring, and a simple pendulum |
Wave basics:
transverse and longitudinal wave pdf file |
Wave
propagations animations illustrating simple wave propagation concepts by a geologist |
Wave properties of
light |
Waves
what waves do,
types of wave, wave definitions, sound, ultrasound, electro magnetic spectrum, reflection, refraction, total internal reflection, seismic waves, earthquakes, S
and P waves, seismometers |
Waves
waves, transverse, longitudinal, amplitude, wavelength, frequency, Hertz, reflection, refraction, diffraction, interference, constructive,
destructive, standing waves, sound, speed of sound |
Waves
mechanical waves. These are waves that move through some physical medium like
air, water, strings, earth, etc. Light and radio waves are not mechanical waves;
they are waves in the electromagnetic field. While electromagnetic waves obey
many of the same principles as mechanical waves they do have some important
differences,
Superposition of waves |
Waves
standing waves, wave reflection, wave refraction, wave interference, speed of waves, travelling waves |
Waves
a wave is a propagating disturbance in a medium that transmits energy without any net movement of mass |
Waves and light |
Visible spectrum
visible light is made up of electromagnetic waves, vibrations of electric and
magnetic fields that propagate through space. In contrast to slow-moving ocean
waves to which they are analagous, electromagnetic waves travel at the speed of
light: 300 million meters per second |
Horizontaal |
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Last updated on:
2011-01-02
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