Übersetzung für 'ultraviolet radiation' von Englisch nach Deutsch

ultraviolet radiation

UV-Strahlung {f}phys.

ultraviolet radiation <UV radiation>

Ultraviolettstrahlung {f} <UV-Strahlung>phys.

ultraviolette Strahlung {f} <UV-Strahlung>phys.

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ultraviolet

Ultraviolett {n}phys.

ultraviolet light

UV-Licht {n}phys.

ultraviolet rays

Ultraviolettstrahlen {pl}phys.

ultraviolet irradiation

Ultraviolettbestrahlung {f}

ultraviolet {adj} <UV>

ultraviolett <UV>

ultraviolet radiometer

Ultraviolett-Radiometer {n}

Ultraviolettradiometer {n}

Ultraviolettstrahlungs­messer {m}

Ultraviolett-Strahlungs­messer {m}

ultraviolet microscope

Ultraviolettmikroskop {n}opticsphys.

ultraviolet filter

Ultraviolettfilter {m}

ultraviolet spectrum

Ultraviolettspektrum {n} <UV-Spektrum>phys.

ultraviolet erasing

Löschen {n} mit ultraviolettem Licht

ultraviolet keratitis

aktinische Keratopathie {f} [Photokeratitis, Schneeblindheit]med.

ultraviolet sterilizer

Wasserklärer {m}

ultraviolet laser microscope

Ultraviolettlasermikroskop {n}optics

ultraviolet light erasing

Löschen {n} mit ultraviolettem Licht

terahertz radiation <T-radiation>

Terahertzstrahlung {f}phys.

alpha radiation <α radiation>

Alpha-Strahlung {f} <α-Strahlung>phys.

Alphastrahlung {f} <α-Strahlung>phys.

• It exists primarily due to ultraviolet radiation from the Sun.
• Flashboards run in several parallel strings to provide a large area of plasma or ultraviolet radiation and uses the breakdown and vaporization of gaps of diamonds to produce the required plasma.
• Once begun, avalanches are often intensified by the creation of photoelectrons as a result of ultraviolet radiation emitted by the excited medium's atoms in the aft-tip region.
• The Sun emits ultraviolet radiation at all wavelengths, including the extreme ultraviolet where it crosses into X-rays at 10 nm.
• The ultraviolet radiation in sunlight has both positive and negative health effects, as it is both a requisite for vitamin D3 synthesis and a mutagen.

• There is also evidence of increased ultraviolet radiation reaching the earth, causing the mutation of plant spores.
• For example, an increase in frequency results in an increase in the maximum kinetic energy calculated for an electron upon liberation – ultraviolet radiation would require a higher applied stopping potential to stop current in a phototube than blue light.
• Models of such an event indicate that the gas would destroy ozone in the upper atmosphere allowing ultraviolet radiation to kill off species that had survived the toxic gas.
• The ozone layer or ozone shield is a region of Earth's stratosphere that absorbs most of the Sun's ultraviolet radiation.
• The hottest and most massive of the newly formed stars (known as OB stars) will emit intense ultraviolet radiation, which steadily ionizes the surrounding gas of the giant molecular cloud, forming an H II region.

• 7–300 μm) and ultraviolet radiation (10–400 nm).
• An alternate extinction hypothesis suggested that a ten-second gamma-ray burst could have destroyed the ozone layer and exposed terrestrial and marine surface-dwelling life to deadly ultraviolet radiation and initiated global cooling.
• Ozone depletion would allow a much greater intensity of harmful ultraviolet radiation from the sun to reach the ground.
• With the ozone layer absorbing harmful ultraviolet radiation, life colonized the surface of Earth.
• When a star has lost enough material, its temperature increases and the ultraviolet radiation it emits can ionize the surrounding nebula that it has thrown off.

• The magnetic field shields the Earth from the charged particles of the solar wind, and cosmic rays that would otherwise strip away the upper atmosphere (including the ozone layer that limits the transmission of ultraviolet radiation).