Facetiae cantabrigienses: consisting of anecdotes, smart sayings, satirics, retorts, &c. &c., by or relating to celebrated Cantabs /

"Cambridge parties: by two distinguished Cantabs. (Originally printed in the Brighton magazine)": p.[165]-219.

Coaching days and coaching ways,

Title vignette.

The ritual "reason why" /

Mode of access: Internet.

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

Abstracts of Papers Read Before the Society, Together with the Annual Report

Title Varies: 18 -77, Annual Report and Abstract of Proceedings of the Brighton and Sussex Natural History Society; 1880-86, Annual Report of the Brighton and Sussex Natural History Society

The Constitutional year book.

Mode of access: Internet.

Reformers' year book.

Mode of access: Internet.

Leasing and western development of coal [microform] : hearings before the Subcommittee on Energy Production and Supply of the Committee on Energy and Natural Resources, United States Senate, Ninety-fifth Congress, first session ...

Reuse of record except for individual research requires license from Congressional Information Service, Inc.

Southern counties chess journal.

No more published?

Increased platelet-derived microparticles in the coronary circulation of percutaneous transluminal coronary angioplasty patients

Platelet-derived microparticles that are produced during platelet activation are capable of adhesion and aggregation. Endothelial trauma that occurs during percutaneous transluminal coronary angioplasty (PTCA) may support platelet-derived microparticle adhesion and contribute to development of restenosis. We have previously reported an increase in platelet-derived microparticles in peripheral arterial blood with angioplasty. This finding raised concerns regarding the role of platelet-derived microparticles in restenosis, and therefore the aim of this study was to monitor levels in the coronary circulation. The study population consisted of 19 angioplasty patients. Paired coronary artery and sinus samples were obtained following heparinization, following contrast administration, and subsequent to all vessel manipulation. Platelet-derived microparticles were identified with an anti-CD61 (glycoprotein IIIa) fluorescence-conjugated antibody using flow cytometry. There was a significant decrease in arterial platelet-derived microparticles from heparinization to contrast administration (P=0.001), followed by a significant increase to the end of angioplasty (P=0.004). However, there was no significant change throughout the venous samples. These results indicate that the higher level of platelet-derived microparticles after angioplasty in arterial blood remained in the coronary circulation. Interestingly, levels of thrombin-antithrombin complexes did not rise during PTCA. This may have implications for the development of coronary restenosis post-PTCA, although this remains to be determined.

Exploring the link between In-store physical shopping behavior and purchases

Only little research investigates the relationship between consumer purchases and in-store physical shopping behavior, largely because of the difficulty involved with reconciling a precise observation of in-store behavior with a robust statistical analyses of the data. Using an innovative data collection method, this article determines that physical shopping behavior manifests itself along two main dimensions: shopping width (behavioral scope throughout the store) and shopping depth (specific store elements). Both dimensions have strong impacts on purchases: the former tends to influence the number of items bought, and the latter affects the price of purchased items, depending on the product category.

The effects of material variations in high value manufacturing industries

It has never been easy for manufacturing companies to understand their confidence level in terms of how accurate and to what degree of flexibility parts can be made. This brings uncertainty in finding the most suitable manufacturing method as well as in controlling their product and process verification systems. The aim of this research is to develop a system for capturing the company’s knowledge and expertise and then reflect it into an MRP (Manufacturing Resource Planning) system. A key activity here is measuring manufacturing and machining capabilities to a reasonable confidence level. For this purpose an in-line control measurement system is introduced to the company. Using SPC (Statistical Process Control) not only helps to predict the trend in manufacturing of parts but also minimises the human error in measurement. Gauge R&R (Repeatability and Reproducibility) study identifies problems in measurement systems. Measurement is like any other process in terms of variability. Reducing this variation via an automated machine probing system helps to avoid defects in future products.Developments in aerospace, nuclear, oil and gas industries demand materials with high performance and high temperature resistance under corrosive and oxidising environments. Superalloys were developed in the latter half of the 20th century as high strength materials for such purposes. For the same characteristics superalloys are considered as difficult-to-cut alloys when it comes to formation and machining. Furthermore due to the sensitivity of superalloy applications, in many cases they should be manufactured with tight tolerances. In addition superalloys, specifically Nickel based, have unique features such as low thermal conductivity due to having a high amount of Nickel in their material composition. This causes a high surface temperature on the work-piece at the machining stage which leads to deformation in the final product.Like every process, the material variations have a significant impact on machining quality. The main cause of variations can originate from chemical composition and mechanical hardness. The non-uniform distribution of metal elements is a major source of variation in metallurgical structures. Different heat treatment standards are designed for processing the material to the desired hardness levels based on application. In order to take corrective actions, a study on the material aspects of superalloys has been conducted. In this study samples from different batches of material have been analysed. This involved material preparation for microscopy analysis, and the effect of chemical compositions on hardness (before and after heat treatment). Some of the results are discussed and presented in this paper.