bluuebunny/crossref_metadata_2025_split huggingface dataset:
Using Physical Education Courses to Help Increase Well-Being of RN-BSN Nursing Students: An Exploratory Analysis of Outcomes
Authors: Lothes II John E. , Hrelic Debra A. , Olsen Amy 
Published: November 2020

Background: Student health and wellness has been a growing concern over the years. Evidence is showing that behaviors and health patterns developed in college tend to hold through the years after graduation.Aim: To examine the pre-post wellness outcomes of nursing students taking a physical education course in an online accelerated Registered Nurse-Bachelor of Science Nursing (RN-BSN) program at a university in the Southeast region of the United States.Methods: An online course with incorporated physical activities and tutorials was designed based on the Travis Wellness Inventory to teach about 12 different dimensions of wellness. Students completed modules that addressed different aspects of wellness. Wellness was assessed using the Wellness Inventory and pre-post outcomes were examined. Results: The results found statistically significant changes between the pre and post assessments for all dimensions of wellness outcomes. There were also significant changes between the pre and post assessments when investigating differences based on gender with females improving on all 12 dimensions and males on 4.Conclusion: Introductory Physical Education (PED101) courses may be useful in improving wellness and reducing stress and turnover for RN-BSN students.
Impact of the Omnibus Law/Job Creation Act in Indonesia
Authors: Harahap Hadry , Sihombing B. F. , Hamid Adnan 
Published: November 2020

The purpose of this research is to analyze the impact of the Omnibus Law/Job Creation Act related to the discussion process and post-endorsement by the legislature, the House of Representatives of the Republic of Indonesia. This research uses the normative juridical method, which is a legal research conducted by examining library materials. or secondary data and carried out with descriptions, measurements and accurate reporting of the characteristics of some of the phenomena under study. The findings of this study are that the government and legislature in the process and discussion tend to conflict with the 1945 Constitution article 1 paragraph (3), article 27 paragraph (1), and article 28 paragraph (5) and Law No.12 of 2011. regarding the Formation of Legislative Regulations as updated by Law No.15 of 2019 . Pancasila as a philosophische grondslag is stated in the Preamble of the 1945 Indonesian Constitution which means that Pancasila is positioned as a source of constitutional law in Indonesia, is an inspiration for the formation of the rule of law in Indonesia. As a result, civil society organizations oppose and reject this regulation so that it is hoped that President Joko Widodo can issue a Government Regulation in Lieu of Law.
Determination of Antimicrobial Activity of Various Plant Essential Oils on Vancomycin Resistant Enterococci (VRE) and Some Pathogenic Microorganisms
Authors: ÇELİK Revza , KIRAY Esin , KARİPTAŞ Ergin 
Published: November 2020

In this study, it was aimed to determine the anti-bacterial activities of plant essential oils such as thyme, rosemary, sage, linden, black seed, bay leaf, peppermint, parsley, cinnamon and oleagen on vancomycin resistant enterococci (VRE) and pathogenic microorganisms of clinical importance. In the study, the inhibition zones of the plant extract of 10 plants prepared at 2.5 and 5 mg / mlconcentrations of VRE and various pathogenic microorganisms were detected by Disk Diffusion and Agar Well Diffusion Method. Following this, Minimal Inhibition Concentration (MIC) values of these extracts were determined. The activities of plant extracts on DNA and Gas Chromatography-Mass Spectrometry (GC-MS) analyzes were also performed. According to the data obtained, it was determined that the extracts of rosemary and sage plants showed high antibacterial effect against pathogenic bacteria. The rosemary extract was found to be the most effective extract on VRE strains, as well as medium-grade antibacterial effects on the VRE strains in oleaster, linden, thyme and mint extracts. It was also determined that extracts from different plants did not cause any change in the structure of DNA. In our study, it was determined that plant extracts that are especially effective on VRE strains have the potential to be used in the treatment of VRE. The results of this study should be taken into account in the research of drugs that can be used in the treatment of VRE and more in vitro and in vivo research should be carried out in this field.
Level of Educational Programs Provided to Students with Disabilities at the Academy of Tayeb Ali Taha in Kosti City
Authors: أبو القاسم محمد د. عوض الله محمد , أ.د. هنادي عيسى مهنا  
Published: November 2020

The study aimed to identify the level of effectiveness of educational programs provided to students with disabilities at the Academy of Tayeb Ali Taha in Kosti, in light of the international standards of special education. The researchers used the descriptive correlational method. To collect data, indicators of the international standards of special education, which include strategic planning, educational administration, educational environment, educational programs, family participation, integration and transition services, and evaluation, were applied. The indicators were used with a purposive sample of (34) employees of Al Tayeb Ali Academy for Special Needs. The SPSS software was used for data analysis. Major results revealed a low level of effectiveness of the programs presented in light of the international standards of education with a mean of (2.28) at the level of statistical significance (0.05). Findings also revealed significant differences at the level of significance (0.05) and a mean of (41.83), which indicates the highest level of effectiveness. The mean of effectiveness of the educational environment dimension was (37.166); the dimension of administration and workers scored a low medium mean of (27.25); and the dimension of integration and transition services scored a mean of (25 33). The lowest level of effectiveness of the dimensions: the participation of the family scored a mean of (16.58), and the strategic planning scored a mean of (19.50). The study recommended preparing trained teams to evaluate the effectiveness of the standards for the different programs and services provided to students with disabilities in the "White Nile State", implementing accountability system, and rolling out the criteria and indicators adopted by the Council of Persons with Disabilities to all institutions in the state.
Keywords: educational programs, the disabled, international standards of special education
Impact of Strategic Planning on the Performance of Yemeni Universities
Authors: أ.د. عبد اللطيف مصلح محمد عايض  , د. عمر حسن محمد عمر  
Published: November 2020

This study aimed to investigate the impact of three strategic planning dimensions (environmental analysis, strategic direction and strategy formulation) on the five performance dimensions of Yemeni universities (profitability, market share, social responsibility, customer satisfaction, and scientific research). The descriptive analytical method was used and the data were collected by using a questionnaire. The study population consisted of the academic and administrative leaders in the Yemeni universities from which a sample of 301 participants were selected using the census method. To achieve the study objective and test the hypothesis, the descriptive and inferential statistical methods were used. The results of the study revealed an interest in practicing strategic planning dimensions in the Yemeni universities under investigation. There was a disparity in the level of achieving the performance dimensions, where 'market share' was the most achieved dimension, and 'profitability' was the least achieved dimension. The results also showed a disparity in the impact of strategic planning dimensions on the performance of Yemeni universities, where ‘strategy formulation’ was the most influential dimension; and ‘strategic direction’ was the least influential dimension. It was concluded that Yemeni universities should direct more focus on their practice of strategic planning of all dimensions because it has a positive impact on their performance.
Keywords: strategic planning, performance, Yemeni universities
EVALUASI PROGRAM MA’HAD ALJAMIAH IAIN SULTHAN THAHA SAIFUDDIN JAMBI (PENERAPAN MODEL CIPP DAN DEM)
Authors: Jamil Zawaqi Afdal 
Published: November 2020

The objective of this study is to investigate the implementation effectivity of Ma’had alJamiah Program in IAIN Sulthan Thaha Saifuddin Jambi. The design of the study is evaluative survey by applying CIPP and DEM evaluation models. In this research, the evaluation result level is devided into five categories, that are: very good, good, moderate, fair, and not applicative program. The result of the study is Ma’had alJamiah Program included in moderate category. Some reasons for stating the program included in this category are the college does not have any permanent clasrooms, students’ desks and chairs, library, book references, and mosque. Ma’had alJamiah does not have specific curriculum in learning process program. Most of the lecturers do not make learning plan. They do not evaluate students’ learning performance, both theory and application in the way of doing practice worship. Based on the results of the study it is recommended to the leaders of Al-Jami'ah Ma'had to fulfil infrastructure the college and remind the lecturers to prepare lesson plans and carry out the evaluation of both theory and application in the way of doing practice worship learning.

Keywords
program evaluation, Ma’had alJamiah, cipp and dem models
Innovative Data Driven Proactive Maintenance of Basic Process Control Systems
Authors: Jaffer Askar , Kumar M. Suresh 
Published: November 2020

Abstract
Basic Process Control System (BPCS) is responsible for proper operation of plants and is a first layer of protection against unsafe condition. We deployed an advanced data analytics software solution to automatically monitor PCS performance and provide early diagnosis / prescription of each control loop.
This is a paradigm shift from a Reactive maintenance to Proactive maintenance and the solution has been custom designed and implemented successfully for 8000 Control loops across ADNOC Gas Processing Sites.
The advanced Software solution automatically gathers closed loop data (Process Value, Set Point, Output and Mode) related to advanced and regulatory PID Control Loops from Corporate Real-time Information Management System performs advanced data analytics and generates KPIs that helps in assessing the performance of each Loop. The unique design of the solution with an aggregated centralized server ensures effective utilization and maximise productivity of onsite personnel. We configured Notifications to alert pertinent users of impending bad actors with diagnosis and prescription for pre-emptive action.
Erosion Risk Mitigation with DTS Based Monitoring System
Authors: Ravet Fabien , Silva Cristian , Gil Rodolfo , Maguire Simon , Rochat Etienne 
Published: November 2020

Abstract
The article aims at demonstrating that distributed temperature sensing (DTS) using telecommunication cable laid along a pipeline can detect the early signs of erosion. It shows that the technique not only applies to both hydraulic and aeolian erosion, it also allows the localization of the event and the estimation of its severity.
The article introduces the physical principle behind the proposed detection solution. It reviews the heat propagation theory that sustains the approach for any water saturation conditions and soil type. It describes distributed temperature sensing capability and its uniqueness to measure and locate temperature events with meter accuracy. The technique is then validated by analyzing temperature data collected along a Natural Gas Transport System instrumented with DTS. These observations are compared with periodic surveys conducted by the operator integrity team.
FO based geotechnical monitoring is successfully used in operation to detect landslides along the Sierra section of the Peru LNG pipeline since 2010. These natural hazards are not the only ones threatening the pipeline. First, in the Sierra region, it is common to observe severe hydraulic erosion during the rainy season. Second, the coastal section, which is a desert, experiences other phenomenon such as sand dune migration and eolian erosion that put the pipeline at risk. DTS instrumentation measures continuously and automatically the fiber optic communication cable. The analysis of the monitoring data in both regions shows the detection of very localized events. Their spatial and temporal signatures are analyzed. The comparison of these data with thermal models identified sections that are near to be exposed or whose soil cover is less than 50cm over a spatial extension that does not exceed a couple of meters. Depth of cover of 10 to 30cm are estimated from such analysis. These results are confirmed by past and ongoing site inspections.
The successful detection and localization of hydraulic and aeolian erosions and confirm the value of DTS to mitigate geohazard risks. It not only enhances the efficiency of the integrity program detecting and localizing threats, it also improves and rationalizes the maintenance activities as focused surveys can be conducted.
Marrying the Static and Dynamic World: Enhancing Saturation and Permeability Interpretation using a Combination of Multifrequency Dielectric, NMR, and Wireline Formation Testers
Authors: Mostafa Hassan , Al-Jefri Ghassan , Menchaca Tania Felix , Allouti Abdelkader , Bong Saudyono , Cherian Jobin , Dar Usman , Dasgupta Suvodip , Cig Koksal 
Published: November 2020

Abstract
Reservoir characterization is a key element of asset evaluation and optimal field development strategies. Accurate water saturation evaluation and permeability profiling are crucial parameters in determining volumetrics and productivity of the multiple, stacked carbonate reservoirs in offshore Abu Dhabi and derisking the reservoir management process. The main objective of this paper is to look at saturation and permeability interpretations by comparing the various static and dynamic logging measurements.
Archie in 1942 postulated the water saturation calculation equation for sandstones, but it has also been used in carbonates because of its simplicity. Multiple authors have understood the effect of different textural parameters on water saturation calculation and have come up with different workaround techniques. The current case study illustrates how the integration of static measurements, such as dielectric dispersion and nuclear magnetic resonance (NMR) with dynamic measurements improves our understanding of the reservoir properties (saturation and permeability), and in turn support a more accurate reservoir evaluation. Sampling and downhole fluid analysis (DFA) performed by the wireline formation tester (WFT) identifies the fluid and rock properties in the various flow units.
One key observation in this case study is how the conventional Archie-based equation has struggled to provide satisfactory and accurate water saturation results in this reservoir, whereas the dielectric dispersion measurement proves its value by providing direct water volume measurement that is validated with the fluid pressure gradient and the sampling results. The WFT sampling and DFA stations—which account for the flowing fractions and the hydrocarbon characterization—are followed by an extended build up, otherwise known as mini drill stem test (mini-DST). The radial flow regime is used to derive the horizontal/radial permeability across the tested interval. Mini-DST measurements provide a depth of investigation much deeper into the reservoir compared to standard core or log analysis, yet at a fraction of the operational times typically needed by a full drill-stem test. This integration of static (saturations and permeability) with dynamic measurements (DFA and Mini-DST) aids in providing accurate reservoir characterization and better understanding of its properties.
Multifrequency dielectric measurements add a weapon in the arsenal of the petrophysicist and can be used in conjunction with dynamic measurements from the wireline formation tester to understand the rock and fluid properties and get a better understanding of the Cretaceous reservoirs of interest in offshore Abu Dhabi.
Waste Heat Recovery From Gas Turbines
Authors: Al Ketbi Waneya , Sajjad Saqib , Al Jenaibi Eisa 
Published: November 2020

Abstract
In accordance with the corporate drive towards sustainability & 2030 strategy to reduce Green House Gases (GHG) intensity by 25%, ADNOC Gas Processing strives for energy efficiency improvement in its existing and future assets. With the current focus on Waste Heat Recovery (WHR), ADNOC Gas Processing is looking into energy saving opportunities to improve operational efficiency and reduce fuel gas consumption. This paper presents a comprehensive technical assessment including cost benefit analyses of recovering waste heat from mechanical drive gas turbines for energy savings. Earlier a high- level technical assessment was carried out to assess the potential of recovering waste heat from different heat sources across ADNOC Gas Processing plants. Recovering waste heat from mechanical drive gas turbines indicated promising results. Accordingly, a detailed feasibility study was carried out to evaluate several options to recover energy from gas turbines exhaust. The feasibility study addressed three options of recovering energy from gas turbines exhaust; generating superheated steam, generating power and combined solution of steam & power. The options were assessed in terms of technical feasibility and commercial viability. The waste heat recovery potential was assessed for design as well as actual operating data.
First Successful Application of a New Tailored Spacer System to Cure Losses through Coiled Tubing and Plug a Challenging Well in the Largest Offshore UAE Field
Authors: Bezerra De Melo Alexandre , Alaleeli Ahmed Rashed , Benberber Mohamed Rebbou , Jose De Barros Adelson , Baouia Bilal , Medina Ruben , Agapiou Kyriacos 
Published: November 2020

Abstract
Drilling and cementing operations commonly experience lost circulation (LC), which can result in non-productive time (NPT) and excessive costs. Losses were encountered while performing an offshore workover well operation in the UAE that challenged isolation objectives involving spotting a cement plug through coiled tubing. Selection of lost circulation treatments that may be deployed through coiled tubing is limited, increasing the difficulty in addressing losses. Previous attempts to cure losses and spot the cement plug were unsuccessful. This paper describes the application of a new tailored spacer system (TSS), engineered to reduce formation permeability and prevent lost circulation. Placement occurred through coiled tubing to successfully control losses in the thief zone, enable tagging of cement plugs, and achieve isolation for the zone of interest. The new TSS has been used on multiple cementing operations to mitigate losses, improve circulation, achieve top of cement (TOC) objectives, and eliminate remedial work; however, this case is the first global application of the TSS through coiled tubing in a plugging operation to stop lost circulation. Correctly evaluating and interpreting the well conditions, risk identification, analysis, and communication amongst operations personnel, and execution of good cementing operational practices led to utilization of the new TSS for this specific scenario of placement through the coiled tubing ahead of the cement slurry. Losses were prevented leading to a successful plug operation and enabling cementing goals to be achieved.
Assessment of a 30 years Corrosion Management in Oil Producers under Carbon Dioxide Environment in a Giant field Offshore Abu Dhabi Case Study
Authors: Odeh Nadir , Al Azeezi Khaled , Aldhaheri Khalid , Ban Hidarah Talal , Aljasmi Sultan , Almheiri Fatima , Alhammadi Khalifa 
Published: November 2020

Abstract
ADNOC Offshore in 1988 started implementing a corrosion management strategy for Offshore oil field located in Abu Dhabi. A robust Corrosion Management System developed to protect producer wells equipped with carbon steel tubing from sweet corrosion. With water break through many wells were in high corrosion risk, the effective approach provided completion protection to assure well integrity and extended tubing operating lifetime, which saved production and allowed for OPEX and CAPEX allocation. Presented in this case study a thoroughly review for the field implementation, performance, and economic impact.
In addition to cost impact, implementing a strategic solution to replace tubing with Corrosion Resistance Material was challenging for immediate implementation due to the large number of wells with corrosion risk. Moreover, wells initial design did not consider capillary line for continues chemical inhibition system. The only visible solution was to implement corrosion inhibition chemical by squeeze to formation and flow it back with production fluids creating a protective film over tubing wall. This approach required effective monitoring system to optimize priority and evaluate chemical performance. Combing logging and simulation tools and collected data over 30 years present the process performance and value.
In place corrosion management system provided a systematic corrosion protection that is effective and efficient in sweet corrosion environment. Many factors can impact corrosion rate and inhibition efficiency such as, water cut, deviation angle, flow velocities, pressures and temperatures, all contributing to the corrosion process. CIS treatment if applied regularly can significantly mitigate the corrosion process and consequently extend the operating well lifetime.
Implementing CIS regularly dropped the immediate need to replace tubing with corrosion resistance alloy material (CRA), which allowed allocating workover rigs to serve different requirements. Corrosion management system in oil field offshore Abu Dhabi is an important safety tool that protected environment by maintaining well integrity and extending well life up to 30 years, delaying rig operation and optimized recourses. Setting up a state of the art system and saving cost.
This paper, presents a real case study of a comprehensive Corrosion Management system provided a cost saving and safety tool. Expanding the implementation to other fields where water cut started to increase, can provide a cost effective solution against corrosion.