중성미자 지하검출시설과 비토검출기의 기본계획과 평가시스템 = The Basic Design and Physical Evaluation of RENO Underground Facility and Veto Detector

다국어 초록 (Multilingual Abstract)

We had constructed the underground facility for the RENO experiment Feb. 25. 2009. NATM method was used to construct a experimental tunnel considering financial and physical condition of tunnel construction. In this paper, we describe the basic scheme for tunnel and considered the physical performance including the veto performance and buyoance in the facilility.

국문 초록 (Abstract)

RENO실험을 위해 2009년 2월 25일에 완공된 지하 터널은 검출시설의물리적, 경제적 조건을 고려하여 NATM 공법으로 건설되었다. 본논문에서는 지하검출시설의 기본계획을 설명하고, 전용된 비토검출기의역할 및 부력조건을 포함한 물리적 조건을 제시하였다.

참고문헌 (Reference)

1 S. B. Kim, 205-, 2008

2 송상현, "중성미자 지하관측시설에서 축소형 검출기의 몬테카를로 시뮬레이션" 한국물리학회 59 (59): 124-128, 2009

3 송상현, "원자로에서 방출된 중성미자 지하관측시설의 역학적 고찰" 한국물리학회 59 (59): 138-147, 2009

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

5 K. Anderson, "White paper report on using nuclear reactors to search for a value of 13"

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

7 The Editorial department in Science, "Handbook of New Method for Tunnel Construction" Science & Engineering Publishing Co 1999

8 "For the OPERA experiment and CNGS beamline"

9 "For the MINOS experiment and NuMI beamline"

10 "For the Double CHOOZ project"

11 "For T2K information"

12 "For Super Kamiokande"

13 "For JPARC"

14 "For Daya Bay experiment"

15 S. R Oh, "Daewoo Engineering Technical Report" 2008

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

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

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