The Music of Shadwell's “Tempest”

Squire, William Barclay

doi:10.1093/mq/vii.4.565

Musical Quarterly

1921

DOI: 10.1093/mq/vii.4.565

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The Music of Shadwell's “Tempest”

William Barclay Squire¹

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1980

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“…Of these, Squire (1970Squire ( , 1978 has eliminated the swollen molecular volume, V, by combining simultaneously the harmonic mean rotational relaxation time ratio, Th/ro, with the translational frictional ratio, f/fo: Perrin (1934Perrin ( , 1936 with a correction for the relaxation-time ratios given by Koenig (1975). The corresponding variation of as a function of axial ratio could thus be evaluated (Squire, 1970).…”

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The combination of the viscosity increment with the harmonic mean rotational relaxation time for determining the conformation of biological macromolecules in solution

Harding¹

1980

Biochemical Journal

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A new hydrodynamic shape function, A, is derived for determining the conformation of biological macromolecules in solution, adding to the increasing number of shape parameters whose experimental determination does not require a knowledge of the particle swelling due to solvation in solution. A can be found from a knowledge of the molecular weight, intrinsic viscosity and the harmonic mean rotational relaxation time. A table of values and a plot of A as a function of axial ratio for both oblate and prolate ellipsoids of revolution are given.

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confidence: 99%

The combination of the viscosity increment with the harmonic mean rotational relaxation time for determining the conformation of biological macromolecules in solution

Harding¹

1980

Biochemical Journal

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The Music of Shadwell's “Tempest”

Cited by 1 publication

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The combination of the viscosity increment with the harmonic mean rotational relaxation time for determining the conformation of biological macromolecules in solution

The combination of the viscosity increment with the harmonic mean rotational relaxation time for determining the conformation of biological macromolecules in solution

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