A Frankston Phase Settlement and Cemetery at the H. C. Slider Site on the Neches River in Cherokee County, Texas

The H. C. Slider site is a previously undocumented Late Caddo habitation site and cemetery in the Neches River valley in western Cherokee County, in the East Texas Pineywoods. The site was found and investigated by Buddy Calvin Jones in November and December 1967. His notes and collections from the site are curated at the Gregg County Historical Museum in Longview, Texas. According to Jones\u27 notes, the site is on three sandy knolls along a Neches River terrace, approximately 11 miles southwest of the city of Jacksonville. These knolls (A-C) have midden deposits with ceramic sherds and lithic artifacts. Knoll A has a cemetery, and Jones excavated four burials (Burials 1-4) at the northern end of the knoll

Medical advertising in the Wrexham press, 1855-1906

This is the author's PDF version of a book chapter published by Oak Knoll Press & The British Library© 2005.This book chapter discusses the variety of medical advertisements found in Wrexham newspapers from 1855 to 1906

Donald Knoll and Alan Moore in a Joint Senior Voice Recital

This is the program for the joint sneior voice recital of tenor Donald Knoll and baritone Alan Moore. Pianist Mary Worthen assisted Knoll; pianist Susan Voris assisted Moore. The recital took place on February 10, 1983, in the Mabee Fine Arts Center Recital Hall

Prelude to Compressed Baryonic Matter

This is intended to appear as the introduction to "The CBM Physics Book: compressed baryonic matter in laboratory experiments" (ed. B. Friman, C. H\"ohne, S. Leupold, J. Knoll, J. Randrup, R. Rapp, P. Senger), to be published by Springer. At the end there is a new proposal for numerically tractable models of interacting many-body systems.Comment: 12 pages, to appear in "The CBM Book: compressed baryonic matter in laboratory experiments

The Forest Mound Site (41CE290) on Larrison Creek, Cherokee County, Texas

The Forest Mound site (41CE290) is an ancestral Caddo site on a sandy knoll on an alluvial terrace of Larrison Creek, a southward-flowing tributary to the Neches River in the East Texas Pineywoods. Raymond Ring, an avocational archaeologist, found and investigated the site in 1962, and amassed a small collection of ceramic sherds and one arrow point that he subsequently donated to the Texas Archeological Research Laboratory at The University of Texas at Austin (TARL)

The West Island Site (41MXI65)

This paper describes a set of artifacts collected from the West Island site, a poorly known Titus phase cemetery in Ellison Creek Reservoir. The site is on a small knoll adjacent to a small spring branch that flows into the now-inundated Ellison Creek, a tributary of Big Cypress Creek. The site knoll is now no more than one foot (30 em) above the normal pool elevation of Ellison Creek Reservoir, and it is usually totally submerged. Up to five feet (1.52 meters) of white sand caps the knoll, and overlies the clay subsoil. Due to continued submergence, the knoll is being eroded by the reservoir, anq. consequently many stone tools and pieces of lithic debris are present along the water\u27s edge. Dart points and arrowpoints have been found at the site, along with some pottery sherds, but no grounds tone implements. Small amounts of charcoal were found around the top of the knoll in pockets of modern mussel shell and gravels, but its association with the site deposits is unknown. No middens are known to be present on the knoll. The West Island site has been previously dug by private collectors sometime before 1965. Turner had examined some of the site collections, and reported that, ceramic vessels of the types Avery Engraved, Bailey Engraved, Bullard Brushed, Cowhide Stamped, Harleton Appliqued, Hodges Engraved, Karnack Brushed-Incised, Maydelle Incised, Ripley Engraved, Simms Engraved, Taylor Engraved, and Wilder Engraved were present in an unknown number of burials. These types of decorated ceramics are characteristic of the Titus phase, which dates from about 1400 to the 1600s

Are back-to-back particle--antiparticle correlations observable in high energy nuclear collisions?

Analytical formulae are presented which provide quantitative estimates for the suppression of the anticipated back-to-back particle--antiparticle correlations in high energy nuclear collisions due to the finite duration of the transition dynamics. They show that it is unlikely to observ the effect.Comment: Short Note, 4 pages, 2 figure

Dakota Zea Mays Popcorn Seed Packet

Poem by Tricia Knoll

Classical and quantum many-body description of bremsstrahlung in dense matter (Landau - Pomeranchuk - Migdal effect)

Some considerations about the importance of coherence effects for bremsstrahlung processes in non--equilibrium dense matter (Landau - Pomeranchuk - Migdal - effect) are presented. They are of particular relevance for the application to photon - and di-lepton production from high energy nuclear collisions, to gluon radiation in QCD transport, or parton kinetics and to neutrino and axion radiation from supernova explosion and from hot neutron stars. The soft behavior of the bremsstrahlung from a source described by classical transport models is discussed and pocket correction formulas for the in-matter radiation cross sections are suggested in terms of standard transport coefficients. The radiation rates are also discussed within a non--equilibrium quantum field theory (Schwinger - Kadanoff - Baym - Keldysh) formulation. A classification of diagrams and corresponding resummation in physically meaningful terms is proposed, which considers the finite damping width of all source particles in matter. This way each diagram in this expansion is already free from the infra--red divergences. Both, the correct quasi--particle and quasi--classical limits are recovered from this subset of graphs. Explicit results are given for dense matter in thermal equilibrium. The diagrammatic description may suggest a formulation of a transport theory that includes the propagation of off--shell particles in non--equilibrium dense matter.Comment: 50 pages, submitted to Ann. Phys. (N. Y.); diagrams coded as tex-macros; 5 figures available at: ftp://tpri6b.gsi.de/pub/knoll/ap-95-fig.uu; paper as postscript file (compressed and uuencoded) available at: ftp://tpri6b.gsi.de/pub/knoll/ap-95.p