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K.-H. Rädler and
A. Cēbers.
Preface
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.1]
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3 |
A. Gailitis,
O. Lielausis,
E. Platacis,
S. Dement'ev,
A. Cifersons,
G. Gerbeth,
Th. Gundrum,
F. Stefani,
M. Christen and
G. Will.
Dynamo experiments at the Riga sodium facility
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.2]
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5 |
A. Gailitis,
O. Lielausis,
E. Platacis,
G. Gerbeth and
F. Stefani.
On back-reaction effects in the Riga dynamo experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.3]
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15 |
R. Stieglitz and
U. Müller.
Experimental demonstration of a homogeneous two-scale dynamo
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.4]
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27 |
A. Tilgner and
F. H. Busse.
Simulation of the bifurcation diagram of the Karlsruhe dynamo
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.5]
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35 |
K.-H. Rädler,
M. Rheinhardt,
E. Apstein and
H. Fuchs.
On the mean-field theory of the Karlsruhe dynamo experiment I. Kinematic theory
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.6]
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41 |
K.-H. Rädler,
M. Rheinhardt,
E. Apstein and
H. Fuchs.
On the mean-field theory of the Karlsruhe dynamo experiment II. Back-reaction of the magnetic field on the fluid flow
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.7]
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73 |
F. Plunian and
K.-H. Rädler.
Harmonic and subharmonic solutions of the Roberts dynamo problem. Application to the Karlsruhe experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.8]
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95 |
C. B. Forest,
R. A. Bayliss,
R. D. Kendrick,
M. D. Nornberg,
R. O'Connell and
E. J. Spence.
Hydrodynamic and numerical modeling of a spherical homogeneous dynamo experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.9]
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107 |
W. L. Shew,
D. R. Sisan and
D. P. Lathrop.
Mechanically forced and thermally driven flows in liquid sodium
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.10]
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121 |
S. A. Colgate,
V. I. Pariev,
H. F. Beckley,
R. Ferrel,
V. D. Romero and
J. C. Weatherall.
The New Mexico αω dynamo experiment: Modelling astrophysical dynamos
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.11]
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129 |
P. Frick,
V. Noskov,
S. Denisov,
S. Khripchenko,
D. Sokoloff,
R. Stepanov and
A. Sukhanovsky.
Non-stationary screw flow in a toroidal channel: way to a laboratory dynamo experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.12]
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143 |
L. Marié,
F. Pétrélis,
M. Bourgoin,
J. Burguete,
A. Chiffaudel,
F. Daviaud,
S. Fauve,
P. Odier and
J.-F. Pinton.
Open questions about homogeneous fluid dynamos: the VKS experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.13]
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163 |
P. Cardin,
D. Brito,
D. Jault,
H.-C. Nataf and
J.-P. Masson.
Towards a rapidly rotating liquid sodium dynamo experiment
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.14]
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177 |
H. Ji and
S. C. Prager.
The α dynamo effects in laboratory plasmas
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.15]
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191 |
K.-H. Rädler and
M. Rheinhardt.
Can a disc dynamo work in the laboratory?
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.38.1-2.16]
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211 |