,
- Corbett, Edward John (1984) Seismicity
and Crustal Structure Studies of Southern California: Tectonic
Implications from Improved Earthquake Locations; 10.7907/h8mm-4v50
- Given, Jeffrey Wayne (1984) Inversion
of Body-Wave Seismograms for Upper Mantle Structure; 10.7907/cgdh-0e19
- Woods, Bradley Brett (1994) Regional
surface wave magnitude and moment determination methods applied to
nuclear explosions at the Nevada test site : implications for yield
estimation and seismic discrimination; 10.7907/P212-Q044
- Cole, David Martin (1980) A
Numerical Boundary Integral Equation Method for Transient
Motions
- Alewine, Ralph Wilson, III (1974) Application
of Linear Inversion Theory Toward the Estimation of Seismic Source
Parameters; 10.7907/WCNC-CQ56
- Liu, Hsui-Lin (1983) Interpretation
of Near-Source Ground Motion and Implications; 10.7907/5hbj-fd95
- Okal, Emile André (1978) I.
Application of normal mode theory to seismic source and structure
problems. II. Seismic investigations of upper mantle lateral
heterogeneity.; 10.7907/H2Q8-X139
- Geller, Robert James (1977) I.
Earthquake source models, magnitudes and scaling relations. II.
Amplitudes of rotationally split normal modes for the 1960 Chilean and
1964 Alaskan earthquakes; 10.7907/9ABM-QM05
- Ho-Liu, Phyllis Hang-Yin (1988) I.
Attenuation Tomography. II. Modeling Regional Love Waves: Imperial
Valley to Pasadena; 10.7907/fb8j-fs65
- Stork, Christof (1988) Ray
Trace Tomographic Velocity Analysis of Surface Seismic Reflection
Data; 10.7907/73RH-5N25
- Hearn, Thomas Martin (1985) Crustal
Structure in Southern California from Array Data; 10.7907/B6HA-4P68
- Walck, Marianne Carol (1984) Teleseismic
Array Analysis of Upper Mantle Compressional Velocity Structure; 10.7907/76q0-ye98
- Schmitt, Douglas Ray (1987) I.
Applications of Double-Exposure Holography to the Measurement of In Situ
Stress and the Elastic Moduli of Rock from Boreholes. II. Shock
Temperature Measurements in Fused Quartz and Crystalline NaCl to 35
GPa; 10.7907/vr7c-6j57
- Stead, Richard J. (1990) Finite
differences and a coupled analytic technique with applications to
explosions and earthquakes; 10.7907/gsvf-5426