Cubic boron nitride- a new material for ultracold neutron application

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Conclusion and Outlook Production of UCN guides based on discussed materials
Ultracold neutrons at the TRIGA Mainz Triga Mark II Pulse mode 250MW in peak constant power 100kW UCN C (tangential beamline) operation o since 2006) 200000 UCN/2$ Puls Filling time 2.2 sec Helium consumption 16l/h Crystal Preparation 3 hours UCN D (Radial beamline) Source ready! Waiting for German TÜV approval
Page 1 and 2: Institut für Kernchemie Cubic boro
Page 3 and 4: Neutron optical potential V 2 2 m
Page 5 and 6: Boron nitride BN: molar mass: 24,83
Page 7 and 8: First samples Natural boron (20% 10
Page 9 and 10: Transmission of UCN Time of flight
Page 11 and 12: First c 11 BN sample (96.22% 11 B)
Page 13: Conclusion and Outlook Investigatio
Page 17 and 18: Investigation of sD2 1mol 2mol 3mol
Page 19 and 20: Investigation of sH2 80 3mol sD2 1.
Page 21 and 22: New beamline at radial channel Blab

Cubic boron nitride- a new material for ultracold neutron application

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