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TSUNAKAWA Hideo 様の なかよし論文データベース

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+(A list of literatures under single or joint authorship with "TSUNAKAWA Hideo")

共著回数と共著者名 (a list of the joint author(s))

  1. TSUNAKAWA Hideo
  2. MOCHIZUKI Nobutatsu
  3. YAMAMOTO Yuhji
  4. SHIBUYA Hidetoshi
  5. TANAKA Hidefumi, WAKABAYASHI Ken-ichi
  6. CASSIDY John, SMITH Ian E.M.
  7. KONO Masaru
  8. AMANO Kazuo, HAMANO Yozo, HONKURA Yoshimori, MATSUSHIMA Masaki, OISHI Yusuke, OKADA Makoto, OZAWA Ayako, SEITA Kazuhiro, TAGAMI Takahiro, TAKAHASHI Futoshi, UTO Kozo, WAKAI Shinya
  9. HEKI Kosuke, HIRATA Takafumi, ISHIZAKA Kenji, ISHIZUKA Osamu, JACKSON Mike, KIMURA Gaku, KOBAYASHI Yoji, KOGISO Tetsu, NIIITSUMA Nobuaki, NIITSUMA Nobuaki, ODA Hirokuni, OICHI Yusuke, SAITO Yoshifumi, SATO Masahiko, SHAW John, SMITH E.M.Ian, SUDO Masafumi, TAKADA Akira, TAKEUCHI Akira, TAKIGAMI Yutaka, TOSHA Toshiyuki, UCHIMURA Hideo, WAKABAYASHI Ken-Ichi, WEI Qing-yun, YAMAGISHI Hiromitsu, YAMAZAKI Toshitsugu, YANAGISAWA Masahisa, YOKOTA Shoichiro, ZHENG Zhong, ZHU Xiang-yuan

発行年とタイトル (Title and year of the issue(s))

  1. Paleomagnetism of the Shidara Dike Swarm, Central Japan An Estimation of Paleointensity in Miocene [search@G] [search@A]
  2. Paleomagnetism of the Shimokura Dike Swarm, Northeast Japan An Estimation of the Activity Duration of a Dike Swarm [search@G] [search@A]
  3. Rb Sr and 40Ar 39Ar Geochronological studies on the Precambrian rocks in the Minnesota River Valley [search@G] [search@A]
  4. Paleomagnetism of the Ashitaka Dike Swarm [search@G] [search@A]
  5. K Ar Dating on Volcanic Rocks in the Bonin Islands and its Tectonic Implication [search@G] [search@A]
  6. K Ar ages of dikes in Northeast Japan [search@G] [search@A]
  7. K Ar ages of dikes in Southwest Japan [search@G] [search@A]
  8. Simple Two Dimentional Model of Propagation of Magma Field Cracks [search@G] [search@A]
  9. Neogene Stress Field of the Japanese Arcs and its Relation to Igneous Activity [search@G] [search@A]
  10. Stress Field during the Rotation of Southwest Japan [search@G] [search@A]
  11. Paleomagnetic Study of Late Miocene and Early Pliocene Rocks from Southern Peru, Central Andes [search@G] [search@A]
  12. Paleomagnetic Constraint on the Northern and Southern Border of Northeast Japan Block and the Timing of its Rotation [search@G] [search@A]
  13. Paleomagnetic Constraint on the Northern and Southern Borders of Northeast Japan Block and the Timing of Its Rotation [search@G] [search@A]
  14. Paleomagnetic Study of the Ashitaka Dike Swarm in Central Japan [search@G] [search@A]
  15. Paleomagnetism of Cretaceous Rocks from North China and Hokkaido [search@G] [search@A]
  16. Paleomagnetism of the Shakotan Peninsula, West Hokkaido, Japan [search@G] [search@A]
  17. Bayesian approach to smoothing palaeomagnetic data using ABIC [search@G] [search@A]
  18. Reliability and possibility of the Shaw method (poster seddion) [search@G] [search@A]
  19. The Shaw method of palaeointensity determinations and its application to recent volcanic rocks [search@G] [search@A]
  20. Deconvolution of Paleomagnetic Directions from Marine Sediments in the Boso Peninsula, Japan, and Its Implications for the Matuyama Brunhes Transition Field [search@G] [search@A]
  21. Statistical features of intensity changes in the PSV and the transitional variation from the past 10Ma paleointensities [search@G] [search@A]
  22. Variations of the Electric Potential in the Vicinity of the Nojima Fault during the Activity of Aftershocks of the 1995 Hyogo ken Nanbu Earthquake [search@G] [search@A]
  23. Development of the new version of the Shaw method combining the low temperature demagnetization and the double heating technique [search@G] [search@A]
  24. Further application of the deconvolution method of post depositional DRM to the precise record of the Matuyama Brunhes reversal in the sediments from the Boso Peninsula, Japan [search@G] [search@A]
  25. Paleointensity Measurement of the Hawaii 1960 Lava and its Implications for the Reliability of Paleointensity Determinations [search@G] [search@A]
  26. Sperical harmonic analysis of paleomagnetic data: The Case of linear mapping [search@G] [search@A]
  27. Lunar Magnetic Field and Plasma Experiment (MAP) Onboard the Japanese Lunar Orbiter SELENE [search@G] [search@A]
  28. Paleointensities of the Auckland Excursion from Volcanic Rocks in New Zealand [search@G] [search@A]
  29. Absolute Paleointensities of the Auckland Excursion from Volcanic Rocks in New Zealand (GA1.05/01A/A08 004) [search@G] [search@A]
  30. Paleointensity Study of the Oshima 1986 Lava: Implication for the Reliability of the Thellier Method with Respect to Oxidation States of Magnetic Minerals (GA1.04/01a/d 003) [search@G] [search@A]
  31. Past 5 Ma Geomagnetic Field Intensities Inferred from the Paleomagnetism of the Society Islands, French Polynesia (GA1.05/01A/A08 003) [search@G] [search@A]
  32. K Ar ages of the Auckland geomagnetic excursions [search@G] [search@A]
  33. Palaeointensity study of the Oshima 1986 lava in Japan: implications for the reliability of the Thellier and LTD DHT Shaw methods [search@G] [search@A]
  34. Paleomagnetic study of the transitional geomagnetic field: Implications for the relationship between paleointensities and paleodirections(D21 05) [search@G] [search@A]
  35. Validity of the LTD DHT Shaw and Thellier palaeointensity methods: a case study of the Kilauea 1970 lava [search@G] [search@A]
  36. Palaeointensities of the Auckland geomagnetic excursions by the LTD DHT Shaw method [search@G] [search@A]
  37. Paleomagnetism of the Middle Cretaceous Iritono Granite in the Abukuma Region, Northeast Japan : Implications For the CNS Geomagnetic Field Intensity(GP21A 1300) [search@G] [search@A]
  38. Paleomagnetism of the middle Cretaceous Iritono granite in the Abukuma region, northeast Japan [search@G] [search@A]
  39. Effects of thermally heterogeneous structure in the lowermost mantle on the geomagnetic field strength(GP33A 0923) [search@G] [search@A]
  40. Further K Ar dating and paleomagnetic study of the Auckland geomagnetic excursions [search@G] [search@A]
  41. Introduction of the LTD DHT Shaw method and its application to historical and older volcanic rocks(GP52A 02) [search@G] [search@A]
  42. Paleointensity study of the Brunhes Matuyama reversal recorded in lavas on Tahiti Island by the LTD DHT Shaw method(GP42A 02) [search@G] [search@A]
  43. Magnetic Properties of the Precambrian Granitic Rocks in Minnesota (GP31B 0798) [search@G] [search@A]
  44. Paleointensity study of the middle Cretaceous Iritono granite in northeast Japan: Implication for high field intensity of the Cretaceous normal superchron [search@G] [search@A]
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