nkysdb: 共著者関連データベース
HIRAHARA K. 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "HIRAHARA K.")
共著回数と共著者名 (a list of the joint author(s))
30: HIRAHARA K.
6: KATO T., SHIBUTANI T., TANAKA T.
5: TABEI T.
3: ABE Y., HOSO Y., KATO M., MIKUMO T., MURATA I., NAKAMURA K., OHKURA T., YABUTA Y., YOSHIOKA S.
2: ANDO M., BEAVAN J., GAO X.L., KANAZAWA T., NAKANO T., ONO H., OTOZAKI T., TSUDA T., YAMAMOTO T., YOSHIHARA T.
1: ABAD R., BEPPU T., DAVIS D., DAVIS D.M., HASHIMOTO M., HORIKAWA H., IKAMI A., INOUE H., ISHIDA M., ISHII H., KAMATA A., KANESHIMA S., KATO Y., KAWAI K., KAZO Y., KITOU T., KOIZUMI N., KONO Y., LOO H.-Y., LOO H.Y., MATSUMOTO S., MITSUHASHI H., MIYAJI T., MIYATAKE T., MOUSA A., NAGAO T., NAKAO S., NEGISHI H., OHTAKI T., OKAJIMA M., OKUBO S., ROECKER S., ROECKER S.W., SCHOLZ C., SCHOLZ C.H., SHEU Hwa-Chu, SHIMAZAKI K., SUEMINE A., SUN J.X., Southwest Japan GPS Research Group, TAKEUCHI A., TANAKA A., TANIYAMA H., UEMOTO T., YAHATA A., YAMANAKA Y., YOSHIDA Y., YOSHIKAWA S.
発行年とタイトル (Title and year of the issue(s))
1989: Displacement fields due to the 1946 Nankaido earthquake in a laterally inhomogeneous structure with the subducting Philippine plate a three dimensional finite element approach
1989: Three dimensional P wave Velocity Structure beneath Central Japan : Low velocity Bodies in the Wedge Portion of the Upper Mantle above High velocity Subducting Plates
1990: A GPS Study of the Philippine Sea Plate (G52A 4)
1990: Corrections for Receiver Structure in Teleseismic Travel Time Inversion: 3 d P wave Velocity Structure of the New Hebrides (S41A 6)
1990: Crustal Movement Observations Caused by subduction of the Philippine Sea Plate in Kii Peninsula and Shikoku, Southwestern Japan (G52A 6)
1990: Fingering and Lower Mantle Penetration of the Kurile Slab (S41A 5)
1990: GPS Campaigns in the Hokuriku District, Central Japan (G52A 10)
1990: Southwest Japan GPS Campaign SWJ9001 Philippine Sea Plate GPS (G52A 3)
1990: Waveform Inversion for Vertical Velocity Structure of the Crust and Uppermost Mantle (S52A 10)
1990: p Type Carrier Concentration Control in Lithium Doped Zinc Selenide Grown by Mocvd
1991: GPS JAPAN '90 Results by WM102 in Southwest Japan
1991: Observation of Crustal Movements by GPS in Shikoku Region, Southwest Japan (1990 1991)
1991: Preliminary Analysis of GPS Japan'90 Data Obtained at the Nansei Shoto GPS Network
1992: Detection of P wave Velocity Discontinuity in D Layer with J ARRAY (S41B 1)
1992: Three Dimensional Numerical Modeling of Earthquake Migration Along a Northwestern Pacific Subduction Slab
1993: Retrieval of Dynamic Source Parameters with Waveform Inversion
1993: Seismic Structure Near the Inner Core Outer Core Boundary
1994: Determination of the Philippine Sea Plate Velocity from Global Positioning System Obervations, and Effects of the 1993 Guam Earthquake (SE31B 5)
1994: Three dimensional Velocity Structure in the Crust Beneath Inner Zone of Southwestern Japan
1996: Active Motion of the Phillippine Sea and the Eurasian Plates Detected with GPS Obserbations in the Ryukyu Aec, Southwest Japan (G32B 15)
1996: Heterogeneities near the Core Mantle Boundary Inferred from Scattered P Waves (T12A 35)
1997: GPS Observations for Crustal Movements and Meteorology
1997: Quasi static Modeling of Interactive Seismic Cycles of Inter and Intra plate Large Earthquakes in a Subduction Zone Composed of Heterogeneous Visco elastic Media
1999: Great earthquake cycles along the Japan Trench and their migrations along the subducted slab with influence on the development of shallow shocks in the North East China tectonic block
2000: High time resolution measurements of precipitable water vapor from propagation delay of GPS satellite signals
2001: A study of spatial water vapor distributions by using one way residuals of GPS phase measurements
2008: Crustal structure beneath Aso caldera, southwest Japan, as derived from receiver functions (X4 005)
2013: Along arc variation in water distribution in the upper mantle beneath Kyushu, Japan, as derived from receiver function analyses
2014: Crustal structure beneath Aso caldera, Japan, as derived from receiver function analyses of waveform data from densely distributed stations
2015: Inland Earthquake Occurrences on Active Faults in Southwest Japan during the Cycles of Interplate Earthquakes along the Nankai Trough
