New Techniques for Emulsion Analysis in a Hybrid Experiment

K KODAMA,N USHIDA,A MOKHTARANI,VS PAOLONE, JT FOLK,JO WILCOX, PM YGER,RM EDELSTEIN,AP FREYBERGER,DB GIBAUT,RJ LIPTON, WR NICHOLS,DM POTTER,JS RUSS,C ZHANG, ZHANG,HI JANG, HY KIM,TI KIM,IT LIM,MY PAC,BR BALLER,RJ STEFANSKI,K NAKAZAWA,KS CHUNG,SH CHUNG, DC KIM,IG PARK,MS PARK,JS SONG,CS YOON,S KURAMATA,M CHIKAWA,S AOKI,T HARA,Y TAKAHASHI,K TARUMA,SD CHANG,DG CHEON,JH CHO,JS KANG, CO KIM, KY KIM,TY KIM,JC LEE,SB LEE,GY LIM,SW NAM, TS SHIN,KS SIM,JK WOO,A GAUTHIER,K HOSHINO,S ISHIKAWA,T KAWAI, AH KITAMUR,K KOBAYASHI,M MIYANISHI,K NAKAMURA,M NAKAMURA,Y NAKAMURA,S NAKANISHI,K NIWA,M NOMURA,H SASAKI,H TAJIMA,Y TOMITA,S YOSHIDA,M ARYAL,JM DUNLEA,SG FREDERIKSEN,BG LUNDBERG, GA OLEYNIK,NW REAY,K REIBEL,RA SIDWELL,NR STANTON,GR KALBFLEISCH,P SKUBIC,JM SNOW,SE WILLIS,S OHASHI, T KUSAWA,M TERANAKA,T TOMINAGA,T YOSHIDA,H OKABE,J YOKOTA,M ADACHI,S IKEGAMI,M KAZUNO,T KOYA,E NIU,H SHIBUYA,S WATANABE,Y SATO,I TEZUKA,SY BAHK, SK KIM

Nuclear instruments and methods in physics research Section B, Beam interactions with materials and atoms/Nuclear instruments & methods in physics research Section B, Beam interactions with materials and atoms（1994）

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摘要

A new method, called graphic scanning, was developed by the Nagoya University Group for emulsion analysis in a hybrid experiment. This method enhances both speed and reliability of emulsion analysis. Details of the application of this technique to the analysis of Fermilab experiment E653 are described.

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