Experimental setup

Setup for study dd-gamma rare reaction (R&D of the experiment in progress)

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Fig.1. Target


Fig.2. Setup


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Fig.3. Detection system


Fig.4. Gas handling system


Photos from JINR.


Setup for study tritium muon catalyzed fusion (analysis of raw data in progress)

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Fig.1. Target


Fig.2. Setup


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Fig.3. Detection system


Fig.4. Gas handling system


Photos from JINR.


Methods of experimental data analysis and obtaining the MCF parameters (developed and applied in Dubna)

* EXPERIMENTAL DETECTION AND INVESTIGATION OF MUON CATALYZED FUSION OF DEUTERIUM AND TRITIUM (0.3Mb)
* ON THE DETERMINATION OF THE Mu-CATALYSIS PROCESS PARAMETERS FROM THE ANALYSIS OF THE EXPERIMENTAL TIME DISTRIBUTIONS OF CONSECUTIVELY DETECTED EVENTS OF FUSION REACTIONS (0.2Mb)
* NEW METHODS FOR ANALYZING MULTIPLE PROCESSES IN MUON CATALYZED FUSION (0.7Mb)
* NEWTRON MULTIPLICITY DISTRIBUTION FOR THE MUON CATALYZED FUSION REACTIONS (0.2Mb)

Targets for study muon catalyzed fusion in Dubna experiments

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Fig.1. Solid Deuterium Target


Fig.2. High Pressure Target


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Fig.3. Cryo-compremation system of High Pressure Target


Fig.4. Liquid Tritium Target



Neutron detectors developed and used in Dubna MCF experiments

* STUDY OF THE PARAMETERS OF A LONG NE213 SCINTILLATOR COUNTER (0.4Mb)
* FULL-ABSORPTION SCINTILLATION SPECTROMETER FOR NEUTRONS (0.4Mb)
* THE PARAMETERS OF THE FULL ABSORPTION NEUTRON SPECTROMETER (0.6Mb)
* A STUDY OF THE CHARACTERISTICS OF SCINTILLATION DETECTORS WITH A DIFFUSE REFLECTOR (0.6Mb)

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