RENO 검출기에서 중심좌표 측정 및 중성미자선속율 계산 = Measurement of the Center Coordinates and Calculation of the Flux Rate in the RENO Detector

다국어 초록 (Multilingual Abstract)

An underground facility for the measuring neutrino oscillation parameter (θ13) including the cavity, exit tunnel and research tunnel, was constructed at the near site (~290 m) and the far site (~1.4 km). The center coordinates of the detector were determined automatically during tunnel construction. In this paper, we consider the flux ratio between the detectors and neutrino sources.

국문 초록 (Abstract)

반전자중성미자를 이용한 진동상수(θ13)측정을 위하여중성미자발생 원천들의 중심으로부터 2대의 동일한 검출기를 설치할공간이 근거리(~290 m)와 원거리(~1.4 km)에 건설되었다. 이설치공간의 검출기중심좌표는 터널건설시에 결정되었다. 본 논문에서는검출기중심좌표와 중성미자원천중심좌표 사이에 상대적 거리를 결정하여원, 근거리 검출기에서의 중성미자 선속율의 비를 고찰하였다.

참고문헌 (Reference)

1 S. B. Kim, 205-, 2008

2 D. H. Kwon, "Reading Method for Geographical Map" Hanwool Academy 2006

3 J. K. Ahn, "RENO:An Experiment for Neutrino Oscillation Parameter 13 Using Reactor Neutrinos at Yonggwang"

4 F. Ardellier, "Letter of intent of double-CHOOZ: A search for the mixing angle 13 [arXiv:hep-ex/0405032]"

5 "For the OPERA experiment and CNGS beamline"

6 "For the MINOS experiment and NuMI beamline"

7 "For the Double CHOOZ project"

8 "For T2K information"

9 "For JPARC"

10 G. M. Bang, "Daewoo Engineering Report" 2007

11 "A search for the mixing angle 13 [arXiv:hepex/0402041]"

12 S. B. Kim, "A Feasibilty Study for Reactor Neutrino Detector Facility" Seoul National University 2005