Index

• Introduction
  • Experimental goals and the requirement
  • Optimization of the experimental condition
  • Present status and plan
  
  
• Experimental configuration and condition
  • Principle and experimental configuration
  • Summary of the expected performance
  
  
• Spectrometer design and expected performance
  • Requirements for the spectrometers
  • High resolution Kaon Spectrometer (HKS)
  • Enge Split-pole Spectrometer
  • Calibration Procedures for HKS and Enge spectrometers
  • Enge background study
  • Singles rates for HKS, ENGE and coincidence triggers
  
  
• HKS magnet design and construction
  • Q1 and Q2 magnet design and their construction
  • Dipole magnet design and construction
  • Dipole power supply
  • Vacuum chamber
  • Magnet support
  • Field mapping
  
  
• Detectors
  • Summary of the HKS and Enge detector packages
  • Test experiments at KEK-PS and LNS, Tohoku Univ.
  • HKS drift chambers
  • HKS TOF hodoscopes
  • HKS Water Cerenkov counter
  • HKS Aerogel Cerenkov counter
  • Enge Honeycomb drift chamber
  • Enge hodoscope
  
  
• Trigger and read-out electronics
  • Overview
  • Trigger logic
  • Drift chamber readout
  • Cabling, power supply modules
  
  
• Installation plan
  • Beam line and condition
  • Dump lines, monitors and locking systems
  • Radiation budget
  • Installation plan
  
  
• Experimental procedures
  • Beam transport study
  • Beam energy stability
  • Background study
  • Detector component study
  • Trigger study
  • Spectrometer tune
  
  
• Data acquisition, electronics and analysis strategy
  • Electronics for detectors
  • Online monitors
  • Data accumulation rate and data size
  • Data acquisition system
  • Data analysis software
  
  
• Things to be done and schedule
• Required Jlab support
• Figure Index