Gamma radiolysis of ionic liquids—II the free volume factor

Kalecinski, J.

doi:10.1016/0020-7055(72)90044-7

International Journal for Radiation Physics and Chemistry

1972

DOI: 10.1016/0020-7055(72)90044-7

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Gamma radiolysis of ionic liquids—II the free volume factor

J. Kalecinski

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1986

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Chemical Effectiveness of Elastic and Inelastic Energy Loss of He+, Ar+, and Xe+ Ions Bombarding Solid Potassium Nitrate

Ohno¹,

Furukawa²,

Soga³

1986

Bulletin of the Chemical Society of Japan

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Decomposition of crystalline potassium nitrate due to He+-, Ar+-, and Xe+- ion bombardment was studied in the energy range from 20 to 100keV. The cross sections for producing nitrite ions were for the first time determined to be 5.7×10−20m2, 12.6×10−20, and 22.0×10−20m2 for 100keV He+, Ar+, and Xe+ ion, respectively. Comparing the values of these cross sections with the rate of an elastic and inelastic energy loss of these incident ions, which were calculated on the basis of the theory of Lindhard et al., it may be concluded that inelastic energy is about five times more efficient than elastic energy for the decomposition of the solid potassium nitrate.

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Chemical Effectiveness of Elastic and Inelastic Energy Loss of He+, Ar+, and Xe+ Ions Bombarding Solid Potassium Nitrate

Ohno¹,

Furukawa²,

Soga³

1986

Bulletin of the Chemical Society of Japan

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show abstract

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Gamma radiolysis of ionic liquids—II the free volume factor

Cited by 1 publication

References 10 publications

Chemical Effectiveness of Elastic and Inelastic Energy Loss of He+, Ar+, and Xe+ Ions Bombarding Solid Potassium Nitrate

Chemical Effectiveness of Elastic and Inelastic Energy Loss of He+, Ar+, and Xe+ Ions Bombarding Solid Potassium Nitrate

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