radiation$66417$ - Übersetzung nach italienisch
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radiation$66417$ - Übersetzung nach italienisch

USED TO SOLVE THE HELMHOLTZ EQUATION
Sommerfield radiation condition; Radiation condition; Radiation conditions

radiation      
n. (Fis) radiazione; irradiamento, irraggiamento; disposizione a raggiera, irradiazione
electromagnetic wave         
  • opacity]]) of various [[wavelength]]s of electromagnetic radiation
  • Representation of the electric field vector of a wave of circularly polarized electromagnetic radiation.
  • [[Electromagnetic spectrum]] with visible light highlighted
  • Electromagnetic waves can be imagined as a self-propagating transverse oscillating wave of electric and magnetic fields. This 3D animation shows a plane linearly polarized wave propagating from left to right. The electric and magnetic fields in such a wave are in-phase with each other, reaching minima and maxima together.
  • far field]] part of the electromagnetic field around a transmitter. A part of the "near-field" close to the transmitter, forms part of the changing [[electromagnetic field]], but does not count as electromagnetic radiation.
  • [[James Clerk Maxwell]]
  • '''Legend:'''<br />
γ = [[Gamma ray]]s<br />
<br />
HX = Hard [[X-ray]]s<br />
SX = Soft X-Rays<br />
<br />
EUV = Extreme-[[ultraviolet]]<br />
NUV = Near-ultraviolet<br />
<br />
[[Visible light]] (colored bands)<br />
<br />
NIR = Near-[[infrared]]<br />
MIR = Mid-infrared<br />
FIR = Far-infrared<br />
<br />
EHF = [[Extremely high frequency]] (microwaves)<br />
SHF = [[Super-high frequency]] (microwaves)<br />
<br />
UHF = [[Ultrahigh frequency]] (radio waves)<br />
VHF = [[Very high frequency]] (radio)<br />
HF = [[High frequency]] (radio)<br />
MF = [[Medium frequency]] (radio)<br />
LF = [[Low frequency]] (radio)<br />
VLF = [[Very low frequency]] (radio)<br />
VF = [[Voice frequency]]<br />
ULF = [[Ultra-low frequency]] (radio)<br />
SLF = [[Super-low frequency]] (radio)<br />
ELF = [[Extremely low frequency]] (radio)
  • 400x200px
  • light]] (blue, green, and red) with a distance scale in micrometers along the x-axis.
FORM OF ENERGY EMITTED AND ABSORBED BY PARTICLES WHICH ARE CHARGED WHICH SHOWS WAVE-LIKE BEHAVIOR AS IT TRAVELS THROUGH SPACE
Electromagnectic radiation; Electromagnetic wave; Light wave; Electromagnetic waves; EM radiation; E.M. radiation; E. M. radiation; RF radiation; Electro-magnetic radiation; Magnetoelectric wave; Theory of radiation; Electromagnetic Radiation; Radiation emission; Radiation emissions; Em wave; EM wave; EM Waves; E-M Waves; Em waves; Electronic smog; Electromagnetic Wave; Electromagnetic wave theory; Electro magnetic waves; Emag waves; Electrical smog; Electromagnetic resonance; Electromagnetic Waves; Electro magnetic energy; Electromagnetic emission; Electromagnetic emissions; Photon radiation; Electromagnetic signal; E/M wave
onda elettromagnetica, onda di radiazione dallo spettro elettromagnetico
background radiation         
  • gamma radiation]] level is 9.8&nbsp;[[μR/h]] (0.82&nbsp;mSv/a) This is very close to the world average background radiation of 0.87&nbsp;mSv/a from cosmic and terrestrial sources.
  • Displays showing ambient radiation fields of 0.120–0.130&nbsp;μSv/h (1.05–1.14&nbsp;mSv/a) in a nuclear power plant. This reading includes natural background from cosmic and terrestrial sources.
  •  access-date=2008-02-19}}</ref>
LEVEL OF IONIZING RADIATION PRESENT IN THE NATURAL ENVIRONMENT
Background Radiation; Natural radioactivity; Terrestrial radiation; Natural radiation; Background count; Natural background radiation; Environmental radiation; Radiation background; Ambient radiation
radiazione di sfondo (radiazione non intensa che si irradia su tutta la terra)

Definition

synchrotron radiation
¦ noun Physics polarized radiation emitted by a charged particle spinning in a magnetic field.

Wikipedia

Sommerfeld radiation condition

In applied mathematics, the Sommerfeld radiation condition is a concept from theory of differential equations and scattering theory used for choosing a particular solution to the Helmholtz equation. It was introduced by Arnold Sommerfeld in 1912 and is closely related to the limiting absorption principle (1905) and the limiting amplitude principle (1948).