Incorporation of the Magnetic Quenching Effect into the Blob Model of Ps Formation. Finite Sized Ps in a Potential Well

Sergey V. Stepanov; Dmitry Zvezhinskiy; Gilles Duplâtre; Vsevolod Byakov; Yuliya Yu. Batskikh; Petr S. Stepanov

doi:10.4028/www.scientific.net/MSF.666.109

Paper Titles

Depth of Electron Traps in N-Alkanes
p.89

Positronium in Normal Alkanes. Selected Problems
p.93

Preliminary Positron Lifetime Results on Free Volumes in Cyclodextrins
p.99

Ortho-Positronium Reactions in Water Studied by Positron Annihilation Age-Momentum Correlation
p.103

Incorporation of the Magnetic Quenching Effect into the Blob Model of Ps Formation. Finite Sized Ps in a Potential Well
p.109

Positron Annihilation in Undercooled Water and Ice
p.115

Water in Montmorillonites
p.119

Influence of Atmospheric Gases Present in the Pores of MCM-41 on Lifetime of Ortho-Positronium
p.123

Precise Measurement of Hyperfine Splitting of Positronium Using the Zeeman Effect
p.129

HomeMaterials Science ForumMaterials Science Forum Vol. 666Incorporation of the Magnetic Quenching Effect...

Incorporation of the Magnetic Quenching Effect into the Blob Model of Ps Formation. Finite Sized Ps in a Potential Well

Abstract:

A self consistent interpretation of the positron lifetime experiments in water at different temperatures (2-93 0C) and magnetic fields (H ≤ 2 T) is given. By using the blob model of Ps for-mation we have obtained the contact density in the positronium atom in water, which is in agree-ment with the previous measurements.

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Periodical:

Materials Science Forum (Volume 666)

Pages:

109-114

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.666.109

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Online since:

December 2010

Authors:

Sergey V. Stepanov, Dmitry Zvezhinskiy, Gilles Duplâtre, Vsevolod Byakov, Yuliya Yu. Batskikh, Petr S. Stepanov

Keywords:

Contact Density, Magnetic Quenching, Ps Bubble Model, Ps Formation

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References

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