E07 PAC Presentation

October 2, 2026

Proposal / LoI

l  Systematic Study of Double Strangeness System with an Emulsion-Counter Hybrid Method (The 1st PAC, July 2006)

 

PAC

l  The 35th PAC (January 23 −25, 2023)                 Agenda      Minutes

Ø  E07 [K1.8] Double Strangeness System with a Hybrid Emulsion Method

l  The 27th PAC (January 16 − 18, 2019)                 Agenda      Minutes

Ø  E07 [K1.8] (Systematic study of double strangeness system with an Emulsion-counter hybrid method)

l  The 26th PAC (July 18 − 20, 2018)                       Agenda      Minutes

Ø  E07 (Systematic study of double strangeness system with an Emulsion-counter hybrid method)

l  The 24th PAC (July 24 − 26, 2017)                       Agenda      Minutes

Ø  E07(Double Strangeness System with a Hybrid Method)

l  The 23rd PAC (January 11 − 13, 2017)                Agenda      Minutes

Ø  E07 (Double Strangeness System with a Hybrid Method)

l  The 22nd PAC (July 27 − 29, 2016)                      Agenda      Minutes

Ø  E07 (Double Strangeness System with a Hybrid Method)

l  The 21st PAC (January 13 − 15, 2016)                 Agenda      Minutes

Ø  E07 (Double Strangeness System with a Hybrid Method) & E03

l  The 20th PAC (July 15 − 17, 2015)                       Agenda      Minutes

Ø  E07 (Double Strangeness System with a Hybrid Method)

l  The 19th PAC (December 3 − 5, 2014)                  Agenda      Minutes

Ø  E07 (beam time request for emulsion test)

Ø  Hall floor plan update in 2014-2015

Ø  Beam time schedule in 2015

l  The 17th PAC (September 25 − 27, 2013)             Agenda      Minutes

Ø  E07 (double strangeness system with an emulsion-counter hybrid method) @K1.8

l  The 4th PAC (January 7 − 8, 2008)                      Agenda      Minutes

Ø  E07 status (Double strangeness system with emulsion)

l  The 2nd PAC (January 10 ― 12, 2007)                 Agenda      Minutes

Ø  FIFC (hadron) report

l  The 1st PAC (June 30 − July 2, 2006)                  Agenda      Minutes

Ø  P07 Systematic Study of Double Strangeness System with an Emulsion-counter Hybrid Method