A new approach is developed to estimate the geometrical factors, solid angle approximation and geometrical efficiency for a system with experimental arrangements using X-ray tube and secondary target as an excitation source in order to produce the nearly monoenergetic Kalpha radiation to excite the sample. The variation of the solid angle is studied by changing the radius and length of the collimators towards and away from the source and sample. From these values the variation of the total solid angle and geometrical efficiency is deduced and the optimum value is used for the experimental work.
A new approach to estimate the geometrical factors, solid angle approximation and geometrical efficiency and their use for basic interaction cross section measurements / Rao, D. V.; Cesareo, R.; Brunetti, A.; Gigante, Giovanni Ettore; Takeda, T.; Itai, Y. E. AKATSUKA T.. - In: EUROPEAN JOURNAL OF PHYSICS. - ISSN 0143-0807. - STAMPA. - 20:(2002), pp. 69-74. [10.1051/epjap:2002077]
A new approach to estimate the geometrical factors, solid angle approximation and geometrical efficiency and their use for basic interaction cross section measurements
GIGANTE, Giovanni Ettore;
2002
Abstract
A new approach is developed to estimate the geometrical factors, solid angle approximation and geometrical efficiency for a system with experimental arrangements using X-ray tube and secondary target as an excitation source in order to produce the nearly monoenergetic Kalpha radiation to excite the sample. The variation of the solid angle is studied by changing the radius and length of the collimators towards and away from the source and sample. From these values the variation of the total solid angle and geometrical efficiency is deduced and the optimum value is used for the experimental work.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
