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Big Bottle RAD H 2 O Analysis Simplistically, all the radon in the water is transferred to the closed air loop; Cw * Vw = Ca * Va Cw = Ca.

Published byTodd Crawford Modified over 9 years ago

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Presentation on theme: "Big Bottle RAD H 2 O Analysis Simplistically, all the radon in the water is transferred to the closed air loop; Cw * Vw = Ca * Va Cw = Ca."— Presentation transcript:

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6 Big Bottle RAD H 2 O

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9 Analysis Simplistically, all the radon in the water is transferred to the closed air loop; Cw * Vw = Ca * Va Cw = Ca * Va / Vw but some radon is left in the water. At equilibrium, the water to air concentration ratios will be, given by = 0.105 + 0.405 * exp(-0.0502*T) where T is the temperature in ℃ (Weigel, 1978). We can therefore add an air equivalent volume Vw to Va.

10 Cw * Vw = Ca * (Va + Vw) A head space must be left in the bottle to prevent it exploding if the water heats up, so we correct for that: Cw * (Vw - Vh/) = Ca * (Va + Vw) or Cw = Ca * (Va + Vw) / (Vw - Vh/)

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