Chemical and rheological aspects of gel formation in the California Mastitis Test

The rheological properties of the CMT gel were analysed. Data are presented to demonstrate that the gel is a non-homogenous, visco-elastic, non-Newtonian fluid with rheopectic, and rheodestructive behaviour. The fundamental chemistry of the CMT is reviewed and a modified theory of gel formation is presented. The implications of the rheological properties and modified theory of gel formation for an automatic sensor are discussed

Achieving favourable customer outcomes through employee deviance

This study advances current knowledge by examining how employee deviance and customer participation during a single employee-customer exchange generate favourable customer responses. This work bridges the employee deviance stream with the service encounter literature and illustrates the importance of equity theory in deviant service exchanges between customers and employees. Moreover, results add to the ongoing debate on service nepotism by canvassing the consequences from the customer’s active participation in deviant exchanges which appears to enhance customer perceptions of the exchange. A 3x2 between-subjects experimental design was adopted which manipulates three types of pro-customer deviance along with customer’s participation (or not) to the exchange. The dependent variables capture three types of perceived customer justice (cognitive outcomes) and customer’s affective state (affective outcome). Findings illustrate that customers approve employees’ deviance for their own benefit while also indicate favourable outcomes from deviant exchanges with employees such as higher perceived justice and a more positive affective state. The article concludes with a discussion of the theoretical and managerial implications, limitations and research directions that emerge from this study

Extending CFD Modeling to Near-Continuum Flows Using Enhanced Thermophysical Modeling

The constitutive relations found in traditional Navier-Stokes-based computational fluid dynamics solvers are known to be limited in altitude. The presence of nonequilibrium phenomena beyond what these methods are able to predict becomes more prevalent at higher altitudes, or increasing Knudsen number. The bulk viscosity, normally assumed to be zero in most computational fluid dynamics applications, is examined as a means of increasing the range of applicability of computational fluid dynamics. The bulk viscosity model used was from recent calculations available in the literature, from a new anisotropic potential energy surface, and is restricted to temperatures below 2000 K. The normal shock problem was solved for Mach numbers up to ten, using the bulk viscosity model. The bulk viscosity provided improvement in the agreement with observations of normal shock thickness for Mach numbers up to ten. Two axisymmetric, experimentally observed flows were solved with and without the bulk viscosity, and compared to DSMC solutions of a previous work. Improvement of surface heat transfer agreement with observation was found for a hollow-cylinder are axisymmetric body. Improvement of separation point prediction was found for an axisymmetric double cone

Reading Materials Appropriate for Seventh and Eighth Grade Ability Groups

Democratic society is committed to the program of educating all children of all the people regardless of their intellectual level. Every child would be educated to develop his fullest capabilities so that he can live a happy, useful life. This does not mean that the educational system can educate all by the same methods or to the same levels of achievement. Through appropriate education, however, even those at the lower level can be aided

Two Clamped Pipe Support Connections for Oil and Gas Brownfield Projects

In the oil and gas industry, brownfield projects focus on the modification of or addition to an existing production facility that is fully operational and operating. Welding is typically avoided on these projects. The drilling of holes in existing primary structural elements is also prohibited. Clamped connections are often used when adding additional services in a brownfield project. There are different types of clamped connections utilized when a new structural support must be attached to an existing vertical structural pipe. The short bolt clamped connection is a well-established connection and typically used on offshore projects. The U-bolt clamped connection is an alternative connection, although its use in the offshore oil and gas industry is not as well documented. The main drawback to using the U-bolt clamp connection is the lack of a well researched and vetted design methodology. A preliminary analysis methodology is proposed in this thesis. The material, fabrication, installation, and maintenance of both the short bolt connection and U-bolt connection will also be discussed. The following thesis will end with recommendations for moving forward

Reading materials appropriate for seventh and eighth grade ability groups

Democratic society is committed to the program of educating all children of all the people regardless of their intellectual level. Every child would be educated to develop his fullest capabilities so that he can live a happy, useful life. This does not mean that the educational system can educate all by the same methods or to the same levels of achievement. Through appropriate education, however, even those at the lower level can be aided. The problem is to select printed reading materials which may be appropriate for use in teaching reading to seventh and eighth grade students who are divided into three groups: slow, average, and fast learners

1/f noise from correlations between avalanches in self-organized criticality

We show that large, slowly driven systems can evolve to a self-organized critical state where long range temporal correlations between bursts or avalanches produce low frequency $1/f^{\alpha}$ noise. The avalanches can occur instantaneously in the external time scale of the slow drive, and their event statistics are described by power law distributions. A specific example of this behavior is provided by numerical simulations of a deterministic ``sandpile'' model.Comment: Completely revised version: 4 pages (revtex), 3 eps figure

Functional diversification of Argonautes in nematodes:an expanding universe

In the last decade, many diverse RNAi (RNA interference) pathways have been discovered that mediate gene silencing at epigenetic, transcriptional and post-transcriptional levels. The diversity of RNAi pathways is inherently linked to the evolution of Ago (Argonaute) proteins, the central protein component of RISCs (RNA-induced silencing complexes). An increasing number of diverse Agos have been identified in different species. The functions of most of these proteins are not yet known, but they are generally assumed to play roles in development, genome stability and/or protection against viruses. Recent research in the nematode Caenorhabditis elegans has expanded the breadth of RNAi functions to include transgenerational epigenetic memory and, possibly, environmental sensing. These functions are inherently linked to the production of secondary siRNAs (small interfering RNAs) that bind to members of a clade of WAGOs (worm-specific Agos). In the present article, we review briefly what is known about the evolution and function of Ago proteins in eukaryotes, including the expansion of WAGOs in nematodes. We postulate that the rapid evolution of WAGOs enables the exceptional functional plasticity of nematodes, including their capacity for parasitism