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Some of the problems of hydrogen, nitrogen, and oxygen behavior in boron, which is a promising material for the development of sensitive elements in gas sensors of improved radiation resistance, were studied. Using gas and thermal gravimetric analysis methods the interaction of these gases with boron was investigated, and the influence of temperature and annealing on the sorptivity of boron, the interaction of disperse boron powder with the environment, and thermal gas release from boron and boron-containing materials were studied.

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