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. The experimental setup combines thin source foils of 82-Se placed within a tracking chamber and surrounded by a calorimeter, enabling the unambiguous identification of the two electrons from double-beta decays
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walls of the vacuum chamber. This layer plays a dual role: it acts as a getter for oxygen, reducing the impurity content in the plasma, and it minimizes plasma-wall interactions, thereby reducing both
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been identified, these will be studied using a state-of-the-art atmospheric chamber platform to simulate their effects in the atmosphere. This thesis will provide fundamental information for the large
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