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Reports (as 1st author) (in Japanese unless otherwise noted.)
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  1. Nakatsuka, T., and S. Okuma [2018.11] Comprehensive software system "AMSS3" of aeromagnetic data processing and quantitative 3D interpretation, and its further evolution to an Expert's system "AMXS" of fully organiozed workstation. Proc. 13th SEGJ Intl. Symp., P06-01. (Flash media) (in English)
  2. Nakatsuka, Y. and S. Okuma [2018.08] AMXS: AeroMagnetic Expert System. Open-file Report, Geol. Surv. Japan, AIST, no.655, 23p., (with 1 CD-ROM). (in English and also in Japanese)
  3. Nakatsuka, Y. and S. Okuma [2018.01] AMSS3: Software system for Aeromagnetic data processing, Grid data manipulation, and Reduction and quantitative interpretation of magnetic anomaly data (3). Open-file Report, Geol. Surv. Japan, AIST, no.648, 127p., (with 1 CD-ROM). (in English and also in Japanese)
  4. Nakatsuka, T., H. Ugawa, S. Urano, M. Takahashi, and T. Yoshida [2015.12] Fluxgate magnetometer system development for buried iron object survey*. Geotechnology*, no.13, 36-44.
  5. Nakatsuka, T. [2015.02] Calculation of the International Geomagnetic Reference Field (5). Open-file Report, Geol. Surv. Japan, no.614, 24p. (with 1 CD-ROM).
  6. Nakatsuka, T. and S. Okuma [2011.11] Aeromagnetic 3D subsurface imaging in the Otoge Cauldron, Shitara area, Central Japan. Proc. 10th SEGJ Intl. Symp., 285-289. (in English)
  7. Nakatsuka, T., S. Okuma, and Joint Group for Usu Volcano Airborne Magnetic Survey [2011.07] Magnetic anomaly change of Usu Volcano 2000-2010 detected by repeated aeromagnetic surveys with a study on the accuracy of 2000 survey altitude data. 2011 Proc. Conductivity Anomaly Research, 37-44, CA Research Group.
  8. Nakatsuka, T., K. Hayashi, T. Inazaki, T. Kurahashi, T. Takahashi, and SEGJ Digital Standard Format Consortium [2011.05] Suggested standard format for describing geophysical section and the development of database system (2): Web-based graphic viewer software. Proc. 124th SEGJ Conference, 255-258.
  9. Nakatsuka, T. [2011.02] Discussion: On 'Magnetization structure of Aogashima Island using vector magnetic anomalies obtained by a helicopter-borne magnetometer' (Isezaki, N., and J. Matsuo, 2009, Exploration Geophysics, 40, 17-26; Butsuri-Tansa, 62, 17-26; Mulli-Tamsa, 12, 17-26). Explor. Geophys., 42, 121-122; Butsuri-Tansa (Geophys. Explor.), 64, 121-122; Jigu-Mulli-wa-Mulli-Tamsa, 14, 121-122. DOI: 10.1071/EG10043 (in English)
  10. Nakatsuka, T. [2009.12] Software system for Aeromagnetic data processing, Grid data manipulation, and Reduction and quantitative interpretation of magnetic anomaly data (2). Open-file Report, Geol. Surv. Japan, no.519, 70p. (with 1 CD-ROM). (both in English and in Japanese)
  11. Nakatsuka, T. [2009.12] Library Software for Geophysical Data Processing and Representation (3). Open-file Report, Geol. Surv. Japan, no.518, 107p. (with 1 CD-ROM). (both in English and in Japanese)
  12. Nakatsuka, T. and S. Okuma [2009.11] Compilation of magnetic anomalies at a smooth surface of 1,500m above terrain by using the Aeromagnetic Database of Japan. Open-file Report, Geol. Surv. Japan, no.516, 24p. (with 1 CD-ROM). (both in English and in Japanese)
  13. Nakatsuka, T. and S. Okuma [2009.10] Aeromagnetic 3D subsurface imaging with source volume minimization. Extended Abstracts, 9th SEGJ Intl. Symp., 6 (4p.). (in English)
  14. Nakatsuka, T., M. Utsugi, S. Okuma, Y. Tanaka, and T. Hashimoto [2009.09] Aeromagnetic anomaly change associated with volcanic activity: an application of the generalized mis-tie control method to Asama data. 2009 Proc. Conductivity Anomaly Research, 105-111, CA Research Group.
  15. Nakatsuka, T., M. Utsugi, S. Okuma, Y. Tanaka, and Asama Volcano EM Field Experiment Group (Representative: T. Hashimoto) [2007.09] Aeromgnetic anomalies of Asama Volano in 2005 with referred to 1992 data. 2007 Proc. Conductivity Anomaly Research, 120-125, CA Research Group.
  16. Nakatsuka, T., and S. Okuma [2007.05] Development of an expert system of aeromagnetic data processing and interpretation. Proc. 116th SEGJ Conference, 180-183.
  17. Nakatsuka, T. [2007.01] Software system for Aeromagnetic data processing, Grid data manipulation, and Reduction and quantitative interpretation of magnetic anomaly data. Open-file Report, Geol. Surv. Japan, no.449, 29p. (with 1 diskette). (in English)
  18. Nakatsuka, T., and S. Okuma [2006.10] 3D subsurface imaging by aeromagnetic data. Proc. 115th SEGJ Conference, 196-199.
  19. Nakatsuka, T., and S. Okuma [2006.09] Application of aeromagnetic crossover analysis for detecting the change of magnetic anomaly. 2006 Proc. Conductivity Anomaly Research, 8-14, CA Research Group.
  20. Nakatsuka, T. [2006.08] Library Software for Geophysical Data Processing and Representation (2). Open-file Report, Geol. Surv. Japan, no.442, 102p. (with 1 CD-ROM). (both in English and in Japanese)
  21. Nakatsuka, T., and S. Okuma [2006.05] Crossover analysis for the data of aeromagnetic survey with varying elevations, and its application to extracting magnetic anomaly change. Proc. 114th SEGJ Conference, 174-177.
  22. Nakatsuka, T., and S. Okuma [2005.10] Data processing system for helicopter-borne aeromagnetic survey. Proc. 113th SEGJ Conference, 239-242.
  23. Nakatsuka, T., and S. Okuma [2005.06] Aeromagnetic Anomalies Database of Japan. Digital Geoscience Maps, P-6, Geol. Surv. Japan. (both in English and in Japanese)
  24. Nakatsuka, T., S. Okuma, M. Makino, and R. Morijiri [2005.06] Aeromagnetic Survey Database of Japan. Digital Geoscience Maps, P-6, Geol. Surv. Japan. (both in English and in Japanese)
  25. Nakatsuka, T. [2005.06] Calculation of the International Geomagnetic Reference Field (4). Open-file Report, Geol. Surv. Japan, no.423, 39p. (with 1 disket).
  26. Nakatsuka, T., S. Okuma, R. Morijiri, and M. Makino [2005.05] Compilation of airborne magnetic anomaly maps in Japan from the variety of surveys with long epoch difference. Proc. 11th IAGA Workshop on Magnetic Obs., 230-233. (in English)
  27. Nakatsuka, T., S. Okuma, M. Makino, and R. Morijiri [2005.05] The constitution of the "Aeromagnetic Database of Japan" and its features. Proc. 112th SEGJ Conference, 311-314.
  28. Nakatsuka, T., M. Makino, and S. Okuma [2004.09] Derivation of geomagnetic anomaly distribution from the observation at various elevations. Proc. 111th SEGJ Conference, 187-190.
  29. Nakatsuka, T., and S. Okuma [2004.05] Passive magnetic compensation for stinger sensor in helicopter-borne magnetic survey. Proc, 110th SEGJ Conference, 318-321.
  30. Nakatsuka, T., and S. Okuma [2004.03] Compensation of aircraft magnetic field on the nose boom sensor of helicopter-borne magnetic survey system. 2004 Proc. Conductivity Anomaly Research, 93-97, CA Research Group.
  31. Nakatsuka, T. [2004.01] Calculation of the International Geomagnetic Reference Field (3). Open-file Report, Geol. Surv. Japan, no.402, 39p. (with 1 disket).
  32. Nakatsuka, T. [2003.11] Library software for geophysical data processing and representation. Open-file Report, Geol. Surv. Japan, no.400, 86p. (with 1 CD-ROM).
  33. Nakatsuka, T., S. Okuma, R. Morijiri, and M. Makino [2003.10] Comprehensive mapping through the database of aeromagnetic anomalies over Japan. Proc, 109th SEGJ Conference, 229-232.
  34. Nakatsuka, T., and S. Okuma [2003.05] Development of a helicopter-borne magnetic survey system in use of a nose boom. Proc, 108th SEGJ Conference, 23-26.
  35. Nakatsuka, T., R. Morijiri, T. Hiroshima, R. Kouda, Y. Murata, and Y. Yamamoto [2002.05] Geophysical exploration activity database EXACTS. Proc, 106th SEGJ Conference, 263-266.
  36. Nakatsuka, T. (ed.) [2002.03] Transactions, International Symposium on Geoinformation via Internet and International Workshop for CCOP Metadata, February 2002. CD-ROM publication by Geol. Surv. Japan, Mar. 2002. (in English)
  37. Nakatsuka, T., R. Morijiri, T. Hiroshima, R. Kouda, Y. Murata, and Y. Yamamoto (ed.) [2001.10] Geophysical exploration activity database EXACTS. http://www.aist.go.jp/RIODB/exacts/, Started Oct. 2001.
  38. Nakatsuka, T., T. Miyazaki, Y. Ogawa, and S. Okuma [2000.08] VENUS deep-sea geomagnetic and electric field observation at the Okinawa site. Final Report on the VENUS Project, 134-141, Steering Committee of the VENUS Project.
  39. Nakatsuka, T. , T. Miyazaki, Y. Murakami, Y. Ogawa, and K. Nishimura [2000.08] Development of deep-sea geomagnetic and electric field observation system and its deployment at the Okinawa site. Final Report on the VENUS Project, 26-33, Steering Committee of the VENUS Project.
  40. Nakatsuka, T., Y. Murakami, S. Okuma, Y. Ogawa, K. Nishimura, J. Kasahara, and T. Sato [2000.08] Researches on the ocean-bottom observations by broadband seismometer and geomagnetic/electric field monitoring*. Final Report of 2nd Stage Fy1998-99, Versatile Ecomonitoring Network by Undersea-cable System*, 36-50, Science and Technology Agency of Japan.
  41. Nakatsuka, T., Y. Ogawa, S. Okuma, K. Nishimura, and T. Miyazaki [2000.03] Deep-sea geomagnetic and electric field observation at Okinawa site using a undersea-cable. 2000 Proc. Conductivity Anomaly Research, 39-45, CA Research Group.
  42. Nakatsuka, T., T. Miyazaki, K. Nishimura, Y. Murakami, and Y. Ogawa [1999.03] Deep-sea geomagnetic and electric field observation system in the VENUS project. 1999 Proc. Conductivity Anomaly Research, 229-235, CA Research Group.
  43. Nakatsuka, T., and S. Okuma [1998.12] High-resolution aeromagnetic survey, interpreting magnetic data and imaging subsurface structure. Butsuri-Tansa (Geophys. Explor.), 51, 577-587.
  44. Nakatsuka, T., and S. Okuma [1998.06] High-resolution aeromagnetic survey, interpreting magnetic data and imaging subsurface structure. Proc, 98th SEGJ Conference, 367-370.
  45. Nakatsuka, T., M. Makino, R. Morijiri, and S. Okuma [1997.05] Reduction of artificial source effect in the high-resolution aeromagnetic survey in the Hanshin region. Proc, 96th SEGJ Conference, 335-338.
  46. Nakatsuka, T., S. Okuma, R. Morijiri, and M. Makino [1996.10] High-resolution aeromagnetic survey in the area of Arima-Takatsuki-Rokko active fault system. Proc, 95th SEGJ Conference, 110-114.
  47. Nakatsuka, T. [1994.10] Magnetization intensity mapping with surrounding sources — Minimum norm inversion of underdetermined problem —. Proc, 91st SEGJ Conference, 77-81.
  48. Nakatsuka, T., M. Makino, and R. Morijiri [1993.08] Research on the subsurface structure by aeromagnetic survey*. Urgent research on the Iriomote earthquakes swarm activity in 1991-92*, 58-67, Science and Technology Agency of Japan.
  49. Nakatsuka, T., M. Makino, R. Morijiri [1993.06] Magnetic structural analysis based on detailed aeromagnetic anomalies over Unzendake Volcano. Proc, 88th SEGJ Conference, 529-532.
  50. Nakatsuka, T. [1992.11] Calculation of the International Geomagnetic Reference Field (2). Open-file Report, Geol. Surv. Japan, no.184, 27p. (with 1 disket).
  51. Nakatsuka, T., R. Morijiri, M. Makino, and S. Miyasaka [1992.10] Dense aeromagnetic survey over Unzen-dake Vocano in 1991. Tech. Rept. Kakioka Geomagnetic Observatory, 32, Special Issue (Proc. CA Symposium), 266-272.
  52. Nakatsuka, T. [1991.09] Source of data processing program for airborne magnetic survey at the Geological Survey of Japan. Open-file Report, Geol. Surv. Japan, no.163, 162p.
  53. Nakatsuka, T., M. Makino, and R. Morijiri [1991.05] Geomagnetic and topographic survey of a meteorite (?) crater. Proc, 84th SEGJ Conference , 373-376.
  54. Nakatsuka, T., S. Okuma, M. Makino, R. Morijiri, Y. Okubo, H. Tsu, Y. Takei, M. Komazawa, T. Ishihara, J. Nakai, and E. Honza [1991.03] Aeromagnetic research on the subbottom structure in the sea region of continental margin*. Fy1990 Report on Special Research Items, AIST, MITI*, 138-142, Agency of Industrial Science and Technology.
  55. Nakatsuka, T., S. Okuma, R. Morijiri, K. Uto, and S. Suto [1990.09] Aeromagnetic survey, a geomagnetic and electric study*. Urgent research on the Higashi-Izu seismic and volcanic activity in 1989*, 40-51, Science and Technology Agency of Japan.
  56. Nakatsuka, T., S. Okuma, and R. Morijiri [1990.08] Dense aeromagnetic survey over the area of Higashi-Izu seismic and volcanic activity in 1989. 1990 Proc. Conductivity Anomaly Research, 211-218, CA Research Group.
  57. Nakatsuka, T., S. Okuma, and R. Morijiri [1990.05] Dense aeromagnetic survey in the Higashi-Izu volcanic area. Proc, 82nd SEGJ Conference, 219-221.
  58. Nakatsuka, T. [1990.04] Aeromagnetic survey in GSJ, its history and perspective. Chishitsu News, no.428, 14-19.
  59. GSJ Gravity Survey Group [1989.11] Source program of Standard Procedure for Evaluating the Correction of Gravity 1988 at the Geological Survey of Japan. Open-file Report, Geol. Surv. Japan, no.137, 49p.
  60. Nakatsuka, T., M. Komazawa, and T. Hiroshima [1989.05] SPECG 1988. Proc, 80th SEGJ Conference, 331-333.
  61. Nakatsuka, T., and Y. Horikawa [1989.01] Geophysical activity database of Japan. Tsuchi-to-Kiso (Soil and Foundations), no.372, 35-39.
  62. Nakatsuka, T., S. Okuma, and M. Makino [1988.05] Ground magnetic test survey in the north of Chiba Prefecture. Proc, 78th SEGJ Conference, 337-339.
  63. Nakatsuka, T. [1987.12] Applications of gravity and magnetic survey. J. Geography, 96, 476-482.
  64. Nakatsuka, T., S. Okuma, and M. Makino [1987.10] Noise reduction in the ground magnetic survey (II). Proc, 77th SEGJ Conference, 287-289.
  65. Nakatsuka, T., Y. Murata, and M. Makino [1987.07] Telemetry receiving system software for the countermeasure against Izu-Ohshima Volcano 1986 Eruption — Its configuration and functions —. Open-file Report, Geol. Surv. Japan, no.36, 72p.
  66. Nakatsuka, T., Y. Murata, and M. Makino [1987.07] Telemetry receiving system software for the countermeasure against Izu-Ohshima Volcano 1986 Eruption — Its source code descriptions —. Open-file Report, Geol. Surv. Japan, no.37, 224p.
  67. Nakatsuka, T., S. Okuma, M. Makino, and T. Kaneko [1987.04] Aeromagnetic anomalies around Izu-Oshima before and soon after 1986 eruption. Proc, 76th SEGJ Conference, 286-288.
  68. Nakatsuka, T. [1987.03] Tree-dimensional interpretation of gravity and geomagnetic exploration data. Feasibility Study on the 3D Exploration and Evaluation Technology for Deep Mineral Resources, I-24 – I-32, Geol. Surv. Japan.
  69. Nakatsuka, T. [1986.09] Calculation of the International Geomagnetic Reference Field. Open-file Report, Geol. Surv. Japan, no.27, 25p.
  70. Nakatsuka, T., T. Miyazaki, N. Ando, Y. Kinugasa, and I. Sato [1986.07] Computer program library "GSJLIB" at the Geological Survey of Japan. Open-file Report, Geol. Surv. Japan, no.25, 156p.
  71. Nakatsuka, T. [1985.04] Measurement in geomagnetic survey*. The Earth Monthly, Extra no.1, 43-48.
  72. Nakatsuka, T. [1984.10] Current system for the aeromagnetic survey at the Geological Survey of Japan. Butsuri-Tanko (Geophys. Explor.), 37, 268-278.
  73. Nakatsuka, T., and Y. Horikawa [1982.09] Subducting oceanic Plate — Estimation from aeromagnetic map*. Chishitsu News, no.337, 234-235.
  74. Nakatsuka, T., and Y. Ono [1982.03] Preliminary construction of magnetic anomaly maps around Japan using MAGSAT data. Proc. Joint Symp. on MAGSAT results and High-sensitive magnetometers, 1981.11, 1-6.
  75. Nakatsuka, T., and Y. Murakami [1981.04] How to derive total-force magnetic anomaly formula for ribbon model*. Butsuri-Tanko (Geophys. Explor.), 34, 99-103.
  76. Nakatsuka, T., K. Ogawa, and Y. Ono [1981.03] Ruduction method of MAGSAT data to a constant height level using a equivalent source technique. Proc. Joint Symp. on Development and application of magnetometers and MAGSAT study, 1980.9, 245-250.
  77. Nakatsuka, T., K. Ogawa, and Y. Ono [1981.03] Aeromagnetic survey and magnetic compensation of aircraft. Proc. Joint Symp. on Development and application of magnetometers and MAGSAT study, 1980.9, 164-170.
  78. Nakatsuka, T. [1979.08] Computer graphics (II) — Bird's eye view —. Bull. Geol. Surv. Japan, 30, 469-477.
  79. Nakatsuka, T. [1979.02] Computer graphics (I) — Contour mapping —. Bull. Geol. Surv. Japan, 30, 131-140.
Contribution to books, etc. (as 1st author) (in Japanese)
    [* : Translated titles in English is not authorized.]
to Reports
  [Show also 'as co-author']
  1. Nakatsuka, T. [2013.04] Geophysical exploration easy-to-understand: Magnetic Survey 3)*. Geophysical Exploration News, no.18, 1-5, Soc. Explor. Geophys. Japan.
  2. Nakatsuka, T. [2013.01] Geophysical exploration easy-to-understand: Magnetic Survey 4)*. Geophysical Exploration News, no.17, 1-4, Soc. Explor. Geophys. Japan.
  3. Nakatsuka, T. [2012.11] Geophysical exploration easy-to-understand: Magnetic Survey 2)*. Geophysical Exploration News, no.16, 1-4, Soc. Explor. Geophys. Japan.
  4. Nakatsuka, T. [2012.07] Geophysical exploration easy-to-understand: Magnetic Survey 1)*. Geophysical Exploration News, no.15, 1-3,Front cover, Soc. Explor. Geophys. Japan.
  5. Nakatsuka, T. [2009.01] Measuring magnetic field in the air*. Kaiyo-Chosa (Marine Surveys)*, no.95, 12-18, Japan Mar. Surveys Assoc.
  6. Nakatsuka, T. [2005.05] Magnetic survey*. Geoenvironment informatics* (Civil Environmental Engineering Ser.*, 7), 59-71, Sankaido.
  7. Nakatsuka, T., S. Okuma, M. Makino, T. Ishihara, and H. Kotani [1999.03] Geomagnetic exploration*. Handbook of Geophysical Evploration, Methodology*, 473-518, Soc. Explor. Geophys. Japan.
  8. Nakatsuka, T. [1994.06] Geomagnetic exploration*. Textbook, 10th Applied geophysics short course for beginners*, 115-154, Soc. Explor. Geophys. Japan.
  9. Nakatsuka, T. [1993.06] Geomagnetic exploration*. Textbook, 9th Applied geophysics short course for beginners*, 91-130, Soc. Explor. Geophys. Japan.
  10. Nakatsuka, T. [1992.06] Geomagnetic exploration*. Textbook, 8th Applied geophysics short course for beginners*, 471-511, Soc. Explor. Geophys. Japan.
  11. Nakatsuka, T. [1986.05] Geomagnetic exploration*. 30p., Textbook, 2nd Applied geophysics short course for beginners*, Soc. Explor. Geophys. Japan.
  12. Nakatsuka, T. [1985.05] Geomagnetic exploration*. 23p., Textbook, Applied geophysics short course for beginners*, Soc. Explor. Geophys. Japan.

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