685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mk. the larger positive peak...

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685 0022-2291/02/0100-0685/0 © 2002 Plenum Publishing Corporation Journal of Low Temperature Physics, Vol. 126, Nos. 1/2, January 2002 (© 2002)

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Page 1: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

685

0022-2291/02/0100-0685/0 © 2002 Plenum Publishing Corporation

Journal of Low Temperature Physics, Vol. 126, Nos. 1/2, January 2002 (© 2002)

Page 2: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

E. Nazaretski et al.686

Page 3: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

Acoustic spectroscopy of superfluid 3He in the presence of a magnetic field 687

Page 4: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

E. Nazaretski et al.688

Page 5: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

Acoustic spectroscopy of superfluid 3He in the presence of a magnetic field 689

Page 6: 685parpia.lassp.cornell.edu/sites/parpia/files/publications/...= 2.064 mK. The larger positive peak is the Helmholtz resonance. The Helmoltz mode is sensitive to the superfluid transition

E. Nazaretski et al.690