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Proposal of a Real-Time Detector for Low-Energy Solar Neutrino
(Project BOREXINO)

• Calibration of electronics in full scale in VME standard.
  
  
• PMT's, calibration and testing with a radiosource laser.
  
  
• Calibration of the muon veto system.
  
  
• Installation of internal nylon bags, control of their quality.
  
  
• Monitoring of the quality and stability of purification of the scintillator.
  
  
• Filling of the inner nylon vessel with deionized water by using a plant of water production, control of its parameters and quality.
  
  
• Control and permanent monitoring of radioimpurity in the CTF detector.
  
  
• Filling of the buffer volume with pseudocumene and control of the radon diffusion inside the detector.
  
  
• Overall calibration of the system with lasers and radioactive sources.
  
  
• Start-up of data taking by means of the detector filled with water and preparation for scintillator fillins.
  
  
• Preparation data processing system and backup.
  
  
• Processing of data from prototype on the rare processes.
  
  
• Modeling of upgrade of CTF aiming to increase energetical and spatial resolution based on high quantum efficiency increase, proposed by Dubna group.
  
  
• Developing of the system for the realization and fabrication and measuring the high efficiency PMT.
  
  
• Modeling of possibility to detect the interferencial signal of events in detector due to increase the light yeild.

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