Prof. J. C. Seamus Davis: Publications

Phase-slips in the flow of superfluid 4He through a submicron orifice

Physica B Condensed Matter Elsevier 165 (1990) 753-754

Authors:

Ajay Amar, JC Davis, RE Packard, RL Lozes

LLNL multi-user tandem laboratory

Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment Elsevier 268:2-3 (1988) 344-349

Authors:

ID Proctor, JC Davis, MR Eaton, JL Garibaldi, TL Moore, BJ Schumacher, JR Southon, TA Zimmerman

More details from the publisher

Evidence for thermally activated dissipation in flowing superfluid 3He

Journal of Low Temperature Physics Springer Nature 71:1-2 (1988) 141-149

Authors:

JP Pekola, JC Davis, RE Packard

More details from the publisher

Superfluidity of He3 Films

Physical Review Letters American Physical Society (APS) 60:4 (1988) 302-304

Authors:

JC Davis, A Amar, JP Pekola, RE Packard

More details from the publisher

More details

Suppression of the critical current and the superfluid transition temperature of3He in a single submicron cylindrical channel

Journal of Low Temperature Physics Springer Nature 67:1-2 (1987) 47-63

Authors:

JP Pekola, JC Davis, Zhu Yu-Qun, RNR Spohr, PB Price, RE Packard

More details from the publisher

Prof. J. C. Seamus Davis

Research theme

Sub department

Phase-slips in the flow of superfluid 4He through a submicron orifice

Authors:

LLNL multi-user tandem laboratory

Authors:

Evidence for thermally activated dissipation in flowing superfluid 3He

Authors:

Superfluidity of He3 Films

Authors:

Suppression of the critical current and the superfluid transition temperature of3He in a single submicron cylindrical channel

Authors:

FIND US

CONTACT US

Prof. J. C. Seamus Davis

Research theme

Sub department

Research groups

Phase-slips in the flow of superfluid 4He through a submicron orifice

Authors:

LLNL multi-user tandem laboratory

Authors:

Evidence for thermally activated dissipation in flowing superfluid 3He

Authors:

Superfluidity of He3 Films

Authors:

Suppression of the critical current and the superfluid transition temperature of3He in a single submicron cylindrical channel

Authors: