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An analysis of total project impact. Analytic study no. 1.

National Highway Traffic Safety Administration, Washington, D.C.

Attitudinal and behavioral changes of alcohol impaired drivers and analytical study of the alcohol education program of the Boston Alcohol Safety Action Project. Analytical studies 5 and 6.

National Highway Traffic Safety Administration, Washington, D.C.

A compendium of the properties of materials at low temperatures (Phase 1- )

"Materials Central. Contract no. AF 33 (616)-58-4, Project no. 7360."

School of Nursing Class of 2004

Top Row: Emma Abramson, Emilee Amo, Philip Arnold, Janet Biezlein, Anna Brede, Lindsey Brighton, Bethany Brown, Connie Brown-Olds, Charlene Bugais, Jammy Coates, Heather Coopex, Angie Costtakes, Jeffin Dejanovich, Jessica Farhat, Renee Filo, Kelly Fons, Katie Francis, Courtney Franklin, Rebecca Fransted

Row 2: Janelle Gailliard, Ericka Gess, Rebecca Goldstein, Candace Graham, Monique Grinnell, Jacob Grossman

Row 3: Joann Haderer, Diane Hamilton, Janet Hasse, Lisa Hoag, Nicole Hoeft, Emily Keeton

Row 4: Annette Keevex, Karen Kevelighan, Kelli Kincaid, Jennifer Kittell, Alison Knapp, Kelly Kulczyk

Row 5: Meejin Kwon, Megan Layher, Autumn Ledtke, Lora Lemaire-Valdez, Jessica Lewis, Diana Loud

Row 6: Melissa Maci, Andrea Magnus, Bre'Anne Mallon, Ada Sue Hinshaw, Patricia Coleman-Burns, Carol Loveland-Cherry, Judith Lynch-Sauer, Judy Wismont, Carrie Marshall, Neika Martin, Sarah Martin

Row 7: Lindsay Mason, Maryanne Matkovich, Alison McCann, Lina srgedas, Paula Graff, Rachel Mundinger, Christopher Ramos, Lauren Bealafeld, Gennifer Gasek, Angie Henderson, Sarah Ansett, Marisa Lirot, Caitlin McClellan, Diane Mille, Theresa Molyneux

Row 8: Isabel Moreno, Kristy Morrison, Phyllis Mulchay, Joielinn Nelson, Ann Newhof, Dawn O'Neil, Shontaya Overall, Theresa Overwater, Katherine Piper, Teresa Pizana, Erica Powers, Sarah Ricci, Leah Richardson, Anne Rucinski, Karon Sanderson, Rachel Sawman, Kathryn Sisterman, Sarah Smart, Curt Smith

Row 9: Elizabeth Stackable, Tracey Streiff, Angelica Susi, Tracy Swerrod, Leah Tatasciore, Julie Thomas, Rebecca Tidrick, Rebecca Vander Werff, Danielle Victor, Andrea Vincent, Katie Wagner, Essence Walker, Myre Ware, Jill Weirich, Kelly Wickham, Karen Wiklanski

Coherent state construction of representations of osp(2|2) and primary fields of osp(2|2) conformal field theory

Representations of the superalgebra osp(2/2)(k)((1)) and current superalgebra. osp(2/2)k in the standard basis are investigated. All finite-dimensional typical and atypical representations of osp(2/2) are constructed by the vector coherent state method. Primary fields of the non-unitary conformal field theory associated with osp(2/2)(k)((1)) in the standard basis are obtained for arbitrary level k. (C) 2004 Elsevier B.V. All rights reserved.

Adventitious root formation in cuttings of Backhousia citriodora F. Muell 2. Seasonal influences of temperature, rainfall, flowering and auxins on the stock plant

A 2-year study was carried out on established trees at two sites in southeastern Queensland, Australia, to identify environmental factors that influenced rooting of Backhousia citriodora from cuttings. Complex interactions of rainfall events above 20 mm from the preceding month and mean maximum temperature on stock plants resulted in a correlation with rooting success of r = 0.81 and 0.74 for sites at The University Of Queensland, Gatton Campus, and Cedar Glen, respectively. A more detailed investigation under controlled environmental conditions showed that maintaining stock plants at temperatures between 10 and 30degreesC had no direct effect on rooting capacity. However, temperature was correlated with growth, which may have an indirect effect on root formation. In spring floral initiation was found to only delay rooting and had no effect on the final rooting percentage. A series of seasonal experiments demonstrated that application of the auxins indole-3-acetic acid, indole-3-butyric acid and napthaleneacetic acid over a range of concentrations (1000-8000 mug/ml) did not significantly increase rooting compared to the control and there is no practical advantage in applying auxins. Seasonal results and the temperature experiment also suggest that under a glasshouse environment with higher temperatures in winter and an adequate supply of water, B. citriodora cuttings can be successfully rooted over the whole year. (C) 2004 Elsevier B.V. All rights reserved.

Morphological changes during akinete germination in Cylindrospermopsis raciborskii (Nostocales, Cyanobacteria)

The occurrence of the cyanobacterium Cylindrospermopsis raciborskii (Woloszynska) Seenayya and Subba Raju is a global water quality issue. The misidentification of C. raciborskii in the past is a major concern for water quality users, considering the reported cases of human and livestock poisonings associated with the cyanobacterium. Many of the available taxonomic descriptions for this species provide little or no detail of the morphology of early developmental phases that may assist with identification. Therefore, typifying the morphological changes throughout the entire life cycle for such a species requires urgent attention. In this study, five distinct morphological phases identified using a new culturing technique are reported for the process of akinete germination in C. raciborskii. Before the terminal emergence of three to four cell germlings through a ruptured akinete envelope (phase 3), mature akinetes (phase 1) elongated and the endospore separated from the akinete envelope (phase 2). After the association with the envelope was lost, four-cell germlings (phase 4a) matured into young trichomes of more than four cells (phase 4b). Throughout the process of germination, internal granular structures decreased in size and were irregular in shape in germlings and young trichomes. The culturing technique, which used a Sedgwick-Rafter cell, was successful in its application but was limiting in that the development of young trichomes after phase 4b could not be monitored.

Miscibility and phase separation in blends of phenolphthalein poly(aryl ether ketone) and poly(ethylene oxide): a differential scanning calorimetric study

Miscibility and phase separation in the blends of phenolphthalein poly(aryl ether ketone) (PPAEK) and poly(ethylene oxide) (PEO) were investigated by means of differential scanning calorimetry (DSC). The PPAEK/PEO blends prepared by solution casting from N,N-dimethylformamide (DMF) displayed single composition-dependent glass transition temperatures (T-g), intermediate between those of the pure components, suggesting that the blend system is miscible in the amorphous state at all compositions. All the blends underwent phase separation at higher temperatures and the system exhibited a lower critical solution temperature (LCST) behavior. A step-heating thermal analysis was designed to determine the phase boundaries with DSC. The significant changes in the thermal properties of blends were utilized to judge the mixing status for the blends and the phase diagram was thus established. (C) 2004 Elsevier B.V. All rights reserved.