a unit of length, equal to one tenth of a millimicron, or one ten millionth of a millimeter, primarily used to express electromagnetic wavelengths. Å; A
Ångström2
American
[ang-struhm, awng-strœm]/ ˈæŋ strəm, ˈɔŋ strœm /
noun
Anders Jonas 1814–74, Swedish astronomer and physicist.
Ångström1
British
/ ˈæŋstrəm, ˈɔŋstrœm /
noun
Anders Jonas (ˈandərs ˈjuːnas). 1814–74, Swedish physicist, noted for his work on spectroscopy and solar physics
Å.
A.
Also called: angstrom unit.
a unit of length equal to 10 –10 metre, used principally to express the wavelengths of electromagnetic radiations. It is equivalent to 0.1 nanometre
Swedish physicist and astronomer who pioneered the use of the spectroscope in the analysis of radiation. By studying the spectrum of visible light given off by the Sun, Ångström discovered that there is hydrogen in the Sun's atmosphere. The angstrom unit of measurement is named for him.
angstrom2
Scientific
/ ăng′strəm /
A unit of length equal to one hundred-millionth (10 - 10) of a meter. It was once used to measure wavelengths of light and the diameters of atoms, but has now been mostly replaced by the nanometer.
In the new work, the chemists cooled gaseous buckyballs in the laboratory to frigid interstellar temperatures and measured the spectrum of the gas, finding lines at wavelengths of 9577 and 9632 angstroms.
Angst was a play on words; shorthand for "angstrom," a unit to measure wavelengths, that also described the anxiousness around a venture founded in Kuke's bedroom with two computers and a few USB sticks.