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A method of externally observing the stop-region of pi- meson for monitoring during exposure to a patient is discussed. Negative pi mesic X-rarys, gamma-rays and neutrons are emitted from the region where pi- mesons stop and produce stars. These radiations can be detected outside the exposed patient. Water phantom as normal tissue equivalent material was exposed by pi- mesons at various depths. The resulting gamma-ray yields were determined by counting the gamma-rays in coincidence with incident pi- mesons using a sodium iodide (NaI) detector. This type of gamma-ray measuring system is useful to make sure that the peak position of the depth-dose distribution in the patient is exactly situated at the desired one during exposure. It is suggested that the scintillation camera with a multiholecollimator is a powerful and convenient tool for the two dimensional peak positioning.

journal of uoeh

The Applicability of Pions to Cancer Radiotherapy Ⅲ. Measurement of X-Ray and γ-Rays by Nal Detector for the Determination or the Peak-Region in π<SUP>-</SUP>Meson Exposure

The Applicability of Pions to Cancer Radiotherapy Ⅲ. Measurement of X-Ray and γ-Rays by Nal Detector for the Determination or the Peak-Region in π-Meson Exposure

The Applicability of Pions to Cancer Radiotherapy Ⅲ. Measurement of X-Ray and γ-Rays by Nal Detector for the Determination or the Peak-Region in π^-Meson Exposure