M. Bergman

发表

Grain Boundary Sliding in High‐Temperature Deformation of Directionally Solidified hcp Zn Alloys and Implications for the Deformation Mechanism of Earth's Inner Core

M. Bergman, James Yu, Daniel J. Lewis, 2018 .

Deformation of directionally solidified alloys: Evidence for microstructural hardening of Earth's inner core?

M. Bergman, Y. Al-Khatatbeh, D. Lewis, 2014 .

Earth science: An inner core slip-sliding away

M. Bergman, 2010, Nature.

Suppression of channel convection in solidifying Pb-Sn alloys via an applied magnetic field

J. Bloxham, M. Bergman, D. Fearn, 1999 .

Steady, finite-amplitude, rotating magnetoconvection and the mean poloidal circulation of the Earth's core

T. Madden, M. Bergman, 1993 .

Grain growth and loss of texture during annealing of alloys, and the translation of Earth’s inner core

A. J. Abreu, S. Karato, M. Bergman, 2010 .

A laboratory model for solidification of Earth's core

Benjamin M. P. Chandler, M. Bergman, Marget Macleod-Silberstein, 2005 .

Future research goals

V. Cormier, M. Bergman, Peter L. Olson, 2022, Earth's Core.

Measurements of electric anisotropy due to solidification texturing and the implications for the Earth's inner core

M. Bergman, 1997, Nature.

Experimental study of convection in the compressible regime

T. Alboussière, R. Deguen, Y. Corre, 2018, Physical Review Fluids.

Partial melting of a Pb‐Sn mushy layer due to heating from above, and implications for regional melting of Earth's directionally solidified inner core

T. Alboussière, M. Bergman, James Yu, 2015, Geophysical Research Letters.

Estimates of the Earth's inner core grain size

M. Bergman, 1998 .

Preferred crystal orientations due to melt convection during directional solidification

D. Cole, M. Bergman, Jackson R. Jones, 2002 .

Grain Boundary Sliding in High-Temperature Deformation of Directionally Solidi ﬁ ed hcp Zn Alloys and Implications for the Deformation Mechanism of Earth ’ s Inner Core

M. Bergman, James Yu, Daniel J. Lewis, 2018 .

Elastic and attenuation anisotropy in directionally solidified (hcp) zinc, and the seismic anisotropy in the Earth's inner core

M. Hinczewski, V. Izzo, M. Bergman, 2000 .

Inner core dynamics

I. Sumita, M. Bergman, 2022, Earth's Core.

Solidification of the Earth'S Core

M. Bergman, 2013 .

Structure of a mushy layer under hypergravity with implications for Earth's inner core

T. Alboussière, R. Deguen, M. Bergman, 2016 .

Convection and channel formation in solidifying Pb−Sn alloys

J. Bloxham, M. Bergman, M. C. Shannon, 1997 .

Radial structure of Earth's core

V. Cormier, M. Bergman, Peter L. Olson, 2022, Earth's Core.

Transverse solidification textures in hexagonal close-packed alloys

Sameer A. Agrawal, M. Bergman, Marget Macleod-Silberstein, 2003 .

Chimneys on the Earth's inner‐outer core boundary?

M. Bergman, D. Fearn, 1994 .

Magnetic Rossby waves in a stably stratified layer near the surface of the Earth's outer core

M. Bergman, 1993 .

Annealing of directionally solidified alloys revisited: No loss of solidification texture in Earth’s inner core

Sarita Rosenstock, M. Bergman, Y. Al-Khatatbeh, 2013 .

Magnetohydrodynamics of the Earth's core : 1) steady, rotating magnetoconvection 2) magnetic Rossby waves

M. Bergman, 1992 .

Geodynamo and geomagnetic basics

V. Cormier, M. Bergman, Peter L. Olson, 2022, Earth's Core.

Formation and evolution of the core

V. Cormier, M. Bergman, Peter L. Olson, 2022, Earth's Core.

Boundary regions

V. Cormier, M. Bergman, Peter L. Olson, 2022, Earth's Core.