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Positronium Chemistry focuses on the methodologies, reactions, processes, and transformations involved in positronium chemistry.
The publication first offers information on positrons and positronium and experimental methods, including mesonic atoms, angular correlation measurements, annihilation spectra, and statistical errors in delayed coincidence measurements. The text then ponders on positrons in gases and solids. The manuscript takes a look at the theoretical chemistry of positronium and positronium chemistry in gases. Topics include quenching, annihilation spectrum, delayed coincidence method, rate of two-photon and three-photon annihilations, and angular correlation of two-photon distribution. The book also considers positronium chemistry in the condensed state, as well as liquid gases, organic solids, and aqueous solutions.
The publication is a primary reference for chemists and readers interested in positronium chemistry.
I. Positrons and Positronium
II. Experimental Methods
A. Sources and Systems
B. Lifetime Measurements
C. Three- and Two-Photon Coincidences
D. Angular Correlation Measurements
E. Annihilation Spectra
F. Statistical Errors in Delayed Coincidence Measurements
III. Positrons in Gases
IV. Positrons in Solids
V. Theoretical Chemistry of Positronium
B. Paramagnetic Quenching
VI. Positronium Chemistry in Gases
A. Rate of Two-Photon Annihilation
B. Rate of Three-Photon Annihilation
C. Annihilation Spectrum
D. Delayed Coincidence Method
E. Angular Correlation of the Two-Photon Distribution
VII. Positronium Chemistry in the Condensed State
A. Liquid Gases
B. Organic Liquids
C. Aqueous Solutions
- No. of pages:
- © Academic Press 1964
- 1st January 1964
- Academic Press
- eBook ISBN: