Stars of the 1931 Golf Team" , John Lenfesty, Capt. J.R. Royston, John Howard, Coach Thomas Trueblood, UM Men's Gol

[l-r: John Lenfesty, Capt. J.R. Royston, John Howard, Coach Thomas Trueblood]

At midnight with the book and the stars, and other poems.

Mode of access: Internet.

Under the stars and bars; or, Memories of four years service with the Oglethorpes, of Augusta, Georgia.

Mode of access: Internet.

Results of Meridian Observations of Stars Made at the Royal Observatory, Cape of Good Hope

Mode of access: Internet.

Riders of the stars; a book of western verse,

Mode of access: Internet.

Comets and shooting stars /

Includes index.

Sun, stars, in between; Apollo-Soyuz pamphlet no. 3.

Bibliography.

Catalogue of 12,441 stars, for the epoch 1880; from observations made at the Royal observatory, Cape of Good Hope, during the years 1871 to 1879.

Map in pocket.

Thunder and stars; the life of Mildred Rutherford,

Mode of access: Internet.

Nomads of the North; a story of romance and adventure under the open stars,

Mode of access: Internet.

Two Falling Stars: Music of Love, Loss and Living UW Chamber Singers with special guests Illumni Men's Chorale May 27, 2016

Concert Program

Neutron-mapping polymer flow: Scattering, flow visualization, and molecular theory

Flows of complex fluids need to be understood at both macroscopic and molecular scales, because it is the macroscopic response that controls the fluid behavior, but the molecular scale that ultimately gives rise to rheological and solid-state properties. Here the flow field of an entangled polymer melt through an extended contraction, typical of many polymer processes, is imaged optically and by small-angle neutron scattering. The dual-probe technique samples both the macroscopic stress field in the flow and the microscopic configuration of the polymer molecules at selected points. The results are compared with a recent tube model molecular theory of entangled melt flow that is able to calculate both the stress and the single-chain structure factor from first principles. The combined action of the three fundamental entangled processes of reptation, contour length fluctuation, and convective constraint release is essential to account quantitatively for the rich rheological behavior. The multiscale approach unearths a new feature: Orientation at the length scale of the entire chain decays considerably more slowly than at the smaller entanglement length.