radon$66572$ - definizione. Che cos'è radon$66572$
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Cosa (chi) è radon$66572$ - definizione

Actinon; Thoron; Actinium emanation; Radon-224; Radon-223; Radon-199; Radon-200; Radon-201; Radon-202; Radon-203; Radon-204; Radon-205; Radon-206; Radon-207; Radon-195; Radon-196; Radon-197; Radon-198; Radon-208; Radon-209; Radon-210; Radon-211; Radon-212; Radon-213; Radon-214; Radon-215; Radon-216; Radon-217; Radon-218; Radon-219; Radon-220; Radon-221; Radon-225; Radon-226; Radon-227; Radon-228; Astaton; Thorium emanation; Radon isotopes; Radon isotope

Radon–Nikodym theorem         
FUNDAMENTAL RESULT IN MEASURE THEORY THAT EXPRESSES THE RELATIONSHIP BETWEEN TWO MEASURES DEFINED ON THE SAME MEASURABLE SPACE
Radon-Nikodym derivative; Radon-Nikodym Derivative; Radon-Nikodym Theorem; Radon-Nikodym theorem; Radon-Nikodým theorem; Radon–Nikodym derivative; Radon-Nikodym; Radon nikodym; Radon-nikodym; Radon Nikodym; Density function (measure theory); Radon−Nikodym derivative
In mathematics, the Radon–Nikodym theorem is a result in measure theory that expresses the relationship between two measures defined on the same measurable space. A measure is a set function that assigns a consistent magnitude to the measurable subsets of a measurable space.
Radon         
  • log-normal]] radon distribution in dwellings
  • A digital radon detector
  • [[Emission spectrum]] of radon, photographed by [[Ernest Rutherford]] in 1908. Numbers at the side of the spectrum are wavelengths. The middle spectrum is of Radium emanation (radon), while the outer two are of [[helium]] (added to calibrate the wavelengths).
  • Predicted fraction of U.S. homes having concentrations of radon exceeding the EPA's recommended action level of 4 pCi/L
CHEMICAL ELEMENT WITH THE ATOMIC NUMBER OF 86
Element 86; Niton (element); Radon gas; Emanation (chemistry); Radon (element); Radon (Rn); Radon poisoning; Household radon; Radon trioxide; Rn (element); Emanation (element); Radon daughters; RnO3; History of radon
Radon is a chemical element with the symbol Rn and atomic number 86. It is a radioactive, colourless, odourless, tasteless noble gas.
radon         
  • log-normal]] radon distribution in dwellings
  • A digital radon detector
  • [[Emission spectrum]] of radon, photographed by [[Ernest Rutherford]] in 1908. Numbers at the side of the spectrum are wavelengths. The middle spectrum is of Radium emanation (radon), while the outer two are of [[helium]] (added to calibrate the wavelengths).
  • Predicted fraction of U.S. homes having concentrations of radon exceeding the EPA's recommended action level of 4 pCi/L
CHEMICAL ELEMENT WITH THE ATOMIC NUMBER OF 86
Element 86; Niton (element); Radon gas; Emanation (chemistry); Radon (element); Radon (Rn); Radon poisoning; Household radon; Radon trioxide; Rn (element); Emanation (element); Radon daughters; RnO3; History of radon
Radon is a radioactive element in the form of a gas.
N-UNCOUNT

Wikipedia

Isotopes of radon

There are 37 known isotopes of radon (86Rn), from 195Rn to 231Rn; all are radioactive. The most stable isotope is 222Rn with a half-life of 3.823 days, which decays into 218
Po
. Five isotopes of radon, 217, 218, 219, 220, 222Rn, occur in trace quantities in nature as decay products of, respectively, 217At, 218At, 223Ra, 224Ra, and 226Ra. 217Rn is produced in a rare branch in the decay chain of trace quantities of 237Np; 222Rn (and also 218Rn in a rare branch) is an intermediate step in the decay chain for 238U; 219Rn is an intermediate step in the decay chain for 235U; and 220Rn occurs in the decay chain for 232Th.