Учайкин Сергей Викторович

1. метод тепловой обратной связи, позволяющий стабилизировать темпе­ратуру КД, увеличить линейность и повысить энергетическое разре­шение;
2. метод дискриминации ядерных и оболочечных событий посредством одновременного измерения фононного и светового отклика абсорбера и последующего исключения совпадающих сигналов;
3. новый КД на основе сверхпроводящего термометра с фононным кол­лектором. Применение фононного коллектора позволяет в десятки раз уменьшить теплоёмкость термометра и,соответственно, повысить чув­ствительность детектора. За счёт более эффективного поглощения по­перечных фононов фононный коллектор позволяет уменьшить потери энергии в абсорбере;
4. новый криогенный позиционный детектор на основе двух сверхпрово­дящих термометров и фононного коллектора;
5. новый криогенный фотодетектор на основе сверхпроводящего термо­метра;
6. метод дискриминации ядерных и оболочечных взаимодействий, заклю­чающийся в одновременном измерении фононного и светового сигнала;

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