Summary of leading causes for outpatient visits: Indian health service and tribal direct and contract facilities fiscal year 1992

This report presents the fiscal year 1992 distribution of leading causes of ambulatory care visits for patients treated at 12 Indian Health Service (IHS) and tribal direct and contract facilities. The IHS and tribal direct facility source documents for this report were the Ambulatory Patient Care Report and the Patient Care Component Ambulatory Encounter Records. For contract care, the source document is the Purchase/Delivery Order for Contract Health Services for Other than Hospital Inpatient or Dental. This report discusses the distribution of problems or clinical impressions as recorded by physicians and other providers of health care for patients in all 12 IHS Areas. In fiscal year 1992, there were 7,109,177 problem/clinical impressions recorded at all IHS, tribal direct and contract facilities compared to 6,495,573 in fiscal year 1991. Since fiscal year 1991, both the overall total and the direct facilities total had increases of nine percent, with a seven percent increase at contract facilities. Tables and figures are provided by purpose for visit (e.g. otitis media, diabetes mellitus, respiratory tract infections, etc.) and also by age categories

November 3, 1956 Football Program, UOP vs. University of Tulsa

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KEY DRIVERS FOR ASSESSMENT CHANGE IN UNCERTAIN TIMES

In March 2020, Federation University made the decision to move all courses to be fully online due to the COVID-19 pandemic. Staff were required to rapidly adapt both their course materials and assessment tasks into an online form, including all invigilated written exams. This study aimed to investigate key drivers for assessment change for staff and in particular staff perceptions of the likely long-term impact of this rapid change based on their experience in 2020. A mixed methods approach was used to investigate staff experience and drivers of assessment change. Staff completed an online questionnaire consisting of both qualitative and quantitative items, with a focus on their experience of rapid assessment change and other influencing characteristics such as general self-efficacy, personality aspects and perceived support. Interviews were also offered for those who wished to elaborate further. While staff found the need for rapid change to be challenging, they also saw benefits that mean these changes are likely to be implemented in full or hybrid on a permanent basis. Results of the current study provide insight regarding impacts on assessment choices, support mechanisms and factors that influence assessment change

1950, November 13, Tulsa Tribune What goes on in Bartlesville?

Last winter a group of Bartlesville citizens set out to purge our community of everyone whose ideas they don\u27t like. One of the victims was our librarian, who made the mistake of believing in Christianity and democrac

Development of Next Generation Multiphase Pipe Flow Prediction Tools

The developments of fields in deep waters (5000 ft and more) is a common occurrence. It is inevitable that production systems will operate under multiphase flow conditions (simultaneous flow of gas-oil-and water possibly along with sand, hydrates, and waxes). Multiphase flow prediction tools are essential for every phase of the hydrocarbon recovery from design to operation. The recovery from deep-waters poses special challenges and requires accurate multiphase flow predictive tools for several applications including the design and diagnostics of the production systems, separation of phases in horizontal wells, and multiphase separation (topside, seabed or bottom-hole). It is very crucial to any multiphase separation technique that is employed either at topside, seabed or bottom-hole to know inlet conditions such as the flow rates, flow patterns, and volume fractions of gas, oil and water coming into the separation devices. The overall objective was to develop a unified model for gas-oil-water three-phase flow in wells, flow lines, and pipelines to predict the flow characteristics such as flow patterns, phase distributions, and pressure gradient encountered during petroleum production at different flow conditions (pipe diameter and inclination, fluid properties and flow rates). The project was conducted in two periods. In Period 1 (four years), gas-oil-water flow in pipes were investigated to understand the fundamental physical mechanisms describing the interaction between the gas-oil-water phases under flowing conditions, and a unified model was developed utilizing a novel modeling approach. A gas-oil-water pipe flow database including field and laboratory data was formed in Period 2 (one year). The database was utilized in model performance demonstration. Period 1 primarily consisted of the development of a unified model and software to predict the gas-oil-water flow, and experimental studies of the gas-oil-water project, including flow behavior description and closure relation development for different flow conditions. Modeling studies were performed in two parts, Technology Assessment and Model Development and Enhancement. The results of the Technology assessment study indicated that the performance of the current state of the art two-phase flow models was poor especially for three-phase pipeline flow when compared with the existing data. As part of the model development and enhancement study, a new unified model for gas-oil-water three-phase pipe flow was developed. The new model is based on the dynamics of slug flow, which shares transition boundaries with all the other flow patterns. The equations of slug flow are used not only to calculate the slug characteristics, but also to predict transitions from slug flow to other flow patterns. An experimental program including three-phase gas-oil-water horizontal flow and two-phase horizontal and inclined oil-water flow testing was conducted utilizing a Tulsa University Fluid Flow Projects Three-phase Flow Facility. The experimental results were incorporated into the unified model as they became available, and model results were used to better focus and tailor the experimental study. Finally, during the Period 2, a new three-phase databank has been developed using the data generated during this project and additional data available in the literature. The unified model to predict the gas-oil-water three phase flow characteristics was tested by comparing the prediction results with the data. The results showed good agreements

Bulletin of the Tulsa County Medical Society 1938

News and events of the Tulsa County Medical Society, as described in their monthly journal.Tulsa County Medical SocietyN