bluuebunny/crossref_metadata_2025_split huggingface dataset:
THE INTENTION TO USE MOBILE BANKING DURING THE COVID-19 PANDEMIC: MODIFICATION OF THE UTAUT MODEL
Authors: Ibrahim Muhammad Hanif , Khoirunnisa Annes Nisrina , Salsabiil Uma Zalfa 
Published: October 2022

This study want to examine society's intentions towards mobile banking sharia in the ease of solving their financial problems. The increase in the use of smartphones makes the banking industry provide services mobile banking to facilitate and increase customer productivity, especially during the Covid-19 pandemic. Intention to use sharia mobile banking measured using the Unified Theory of Acceptance and Use of model Technology (UTAUT. Type this research uses quantitative research that is supported by data qualitative. The sampling technique used purposive sampling which was tested using the SEM-PLS analysis technique with an analytical tool, namely Warp-PLS 5.0 and exploratory analysis using SPSS 23. Results of SEM analysis shows that there is a good intention by the society in using mobile banking and the public finds it easy to operate to increase productivity. The implications of this research as input for the banking sector in terms of improving the quality of mobile banking so that people can produce during the Covid-19 pandemic.
ANALYSIS OF CONSUMER BEHAVIOR IN ONLINE SHOPPING ISLAMIC PERSPECTIVE
Authors: Cinantya Sriyono Putri  , Trisnaning Setya Sutjipto  , Mohamad Sholeh  
Published: October 2022

The development of the digital era has triggered changes in consumer behavior in using technology for transactions. The emergence of online shops and marketplaces or online shopping sites has become one of the lifestyle choices of today's people to shop more practically and efficiently. However, in making purchases, a Muslim must remain obedient to the corridors and values of sharia. The purpose of this study is to investigate how consumer moslem behavior in online shopping obedient to guiding consumption principle in Islam. The method used in this research is a literature study which uses secondary data obtained from existing research and references. This study concludes that many previous study findings in majority moslems country such as Saudi Arabia, and Malaysia consumer moslem behaviour not obedient to the corridors and values of sharia as cited in Al-Quran dan As-Sunnah especially for avoiding israf (one of guiding consumption principle in Islam for not to consume excessively/hedonism). There is no difference found regarding the method of the buying (online/conventional). Both methods online and conventional buying behavior have a positive significant relationship in consuming with hedonism style. Muslim consumers must behave moderately where they do not act excessive consumption which leads to tabdhir (wastefullness) and also israf (excesiveness) or deficiency to lead to bukhl (miserliness) as Al-Quran and As-Sunnah cited.
PROLOTHERAPY PERINEURAL INJECTION IN CARPAL TUNNEL SYNDROME WITH BIFID MEDIAN NERVE: A CASE REPORT
Authors: Basunanda Tresna Angga , Sangkai Arfano Januar 
Published: October 2022

Background: Carpal tunnel syndrome (CTS) is a common neuropathy condition caused by entrapment of the median nerve. Perineural injection therapy with 5% dextrose or prolotherapy becoming a common method for treating carpal tunnel syndrome. Although it is effective, some anatomical variaton of the median nerve could effect the outcome of the prolotherapy in CTS.
Case Report: A 43-year-old woman suffered from diurnal, nocturnal numbness and paraesthesia of the first, second, third and radial surface in the fourth finger of the right hand. She also complained pain in the same area with the VAS score of 8, and muscle weakness. Physical examination showed positive Tinel’s sign, Phalen’s sign and Durkan’s compression test. The Boston questionnare score showed a symptom average of 3.27 and a difficulty average of 3.25. USG examination showed that the patient had a bifid median nerve anatomy variaton.
Discussion: Variation of median nerve branches has been reported as one of the prevalence of median nerve entraptment. In this case, a bifid median nerve variation was found through the USG imaging. Prolotherapy has been reported to be an effective method to treat carpal tunnel syndrome. But the bifid median nerve could affect the effectiveness of prolotherapy injection.
Conclusion: In the case of a bifid median nerve, it is necessary to modify the injection technique so it would be more able to reach the whole of the bifid median nerve.
Pengaruh Kekerasan Verbal Orangtua terhadap Konsep Diri Remaja
Authors: Awal Rahmatia Narita , Hamiyati  , Laras Nugraheni Prastiti 
Published: October 2022

Penelitian ini bertujuan untuk menganalisis pengaruh kekerasan verbal orangtua terhadap konsep diri remaja. Pendekatan yang digunakan adalah kuantitatif asosiatif dengan metode survey dan menggunakan kuesioner untuk pengambilan data. Populasi pada penelitian ini adalah siswa SMA Negeri 1 Leuwiliang Kabupaten Bogor dengan jumlah sampel sebanyak 103 responden yang dipilih dengan teknik purposive sampling. Penelitian ini menggunakan uji normalitas, linearitas, dan hipotesis sebagai uji pra-syarat penelitian. Berdasarkan pengolahan data, diketahui bahwa mayoritas sampel berada pada tingkat kekerasan verbal rendah (69.9%) dan konsep diri remaja yang dimiliki sampel berada pada kategori sedang (53,4%). Hasil perhitungan menggunakan IBM SPSS Statistics 25 menunjukkan bahwa kekerasan verbal orangtua berpengaruh negatif dan signifikan terhadap konsep diri remaja (P-Value = 0,000 < 0,050). Penelitian ini menunjukkan bahwa semakin tinggi kekerasan verbal orangtua yang diterima, maka akan semakin rendah konsep diri remaja. Koefisien determinasi yang didapat sebesar 27,4% yang berarti kekerasan verbal orangtua mempengaruhi konsep diri remaja sebesar 27,4%, dan 72,6%. lainnya dipengaruhi oleh faktor lain yang tidak diteliti pada penelitian ini.
An Overview of the Intelligence of the Deaf Students in SLB B Purwokerto
Authors: Qurrataayun Alif , Nur Wahidah Fatin Rohmah , Nur’aeni Nur’aeni , Tri Na’imah Tri Na’imah 
Published: October 2022

Intelegensi yaitu tolak ukur kecerdasan siswa, ketika siswa memiliki inteligensi yang tinggi maka terdapat belajar dengan baik. Inteligensi pada siswa tunarungu sangat sulit untuk diukur karena kebanyakan alat ukur yang digunakan menggunakan keberfungsian verbal, disisi lain banyak guru SLB B yang mengeluhkan bahwa peserta didiknya mengalami penurunan akademik. Hal tersebut terjadi karena kebanyakan guru tidak mengetahui kecerdasan peserta didiknya sehingga guru memberikan perlakuan dengan porsi yang sama ketika pembelajaran berlangsung. Tujuan penelitian ini yaitu untuk memberikan gambaran inteligensi pada siswa tunarungu di SLB B di Purwokerto. Metode pengumpulan data yang digunakan teknik sampel jenuh sehingga diperoleh 30 partisipan. Berdasarkan hasil uji validitas kriteria diperoleh r = sehingga tes cpm dan tes bender-gestalt dinyatakan valid. Hasil uji reliabilitas tes CPM (α cronbach = 0,889) pada tes Bender-Gestalt (α cronbach = 0,789). Uji korelasi menunjukan bahwa terdapat korelasi yang signifikan antara tes cpm dan tes bender-gestalt. Pada tes cpm grade penalaran non verbal pada siswa tunarungu berada pada golongan IV kapasitas intelektual below average serta siswa dengan grade I superior berjenis kelamin laki-laki.
Distribution and Diversity of Benthic Foraminifera in the Coastal Area of Al-Bawadi Island, Southern Red Sea
Authors: BadrElDin Ahmed Mohamed , Makbool Mohamed Mohamed Abdu , ElSabrouti Mohamed Abdu , Hallock Pamela 
Published: October 2022

ABSTRACT
The coastal areas of the southern Red Sea islands are non-urbanized, relatively pristine environments and are located on the main migration pathway of Indo-Pacific foraminiferal species to the northern Red Sea and to the Mediterranean Sea via the Suez Canal. Studying the foraminiferal composition, structure, and distribution in the Red Sea is essential to understanding how Indo-Pacific species can migrate to and survive in the Mediterranean Sea. Al-Bawadi, an uninhabited island located in the southern Red Sea, is an ideal location for such study. The coastal waters are oligotrophic, hypersaline, and very warm, overlying carbonate-rich, sandy-bottom and coral-reef substrata. In 25 sediment samples collected from water depths &lt;6 m, 79 foraminiferal species were recorded. Rotaliids dominated the assemblages, followed by miliolids; agglutinated foraminifers were scarce, and planktic species were not found. The larger-benthic, symbiont-bearing Neorotalia calcar dominated except in very shallow water, where smaller, free-living miliolid species dominated. The FoRAM Index (FI) was calculated for all samples; the symbiont-bearing group included seven genera comprising more than half of the total assemblage such that the FI&gt;4 for most samples from depths &gt;3 m, indicating that water quality is suitable for coral-reef growth and recovery. Diversity indices reflected prevailing normal marine to hypersaline conditions. Depth, presence of coral reefs, and hydrodynamics are the main factors controlling the spatial distribution of the foraminiferal assemblages. Occurrences of aberrant tests in the tidal flat area could be related to naturally occurring stresses, such as rapid changes in temperature and salinity, or to breakage and repair. Monitoring studies of unthreatened environments are essential to understand reef-related assemblages and to predict the migration pathways of thermo-tolerant and thermo-sensitive foraminiferal species.
Benthic Foraminiferal and Sedimentologic Changes in the Pliocene Yorktown Formation, Virginia, USA
Authors: Spivey Whittney E. , Culver Stephen J. , Mallinson David J. , Dowsett Harry J. , Buzas Martin A. 
Published: October 2022

ABSTRACTThe Pliocene Yorktown Formation consists of four lithologic units that record three marine transgressive sequences along the U.S. mid-Atlantic margin. These units were deposited during a time when average sea-level and mean global temperatures were ∼25 m and ∼3°C higher than the pre-industrial, respectively, and global atmospheric CO2 concentrations were similar to present. Forty-five samples were collected along the James River near Rushmere, Virginia, and Spring Grove, Virginia, and were analyzed for benthic foraminifera community and sedimentological changes between each member of the formation. These data are useful for developing boundary conditions for shallow, near-shore environments for paleoclimate modeling. Foraminiferal analysis distinguishes six biofacies across the entire formation. The most notable change in grain-size occurs at the conformable boundary between the Rushmere and Morgarts Beach members, where the average percentage of sand decreases from ∼60% in the Rushmere Member to &lt;40% in the Morgarts Beach Member.
Technology Focus: Reservoir Surveillance (September 2022)
Authors: Miller Patrick 
Published: October 2022

When it comes to reservoir surveillance, subsurface professionals have a broad array of tools and techniques to understand what is happening in the reservoir. To ensure valuable information is gathered with surveillance, it’s important to first ask “what problem are we trying to solve?” Depending on the problem’s definition and scale, the appropriate surveillance technology will change significantly.
Zooming far out, particularly if little data is available for a reservoir, we may be interested in tools and techniques to validate and refine the geological concept for a basin, along with the most likely deposition patterns for sediments. Zooming in to the level of interactions between wells, we need to use a different toolbox that often includes finer-resolution geoscience mapping and engineering methods such as analyzing production, pressure, and fluid-property trends from individual wells. But what’s really exciting is that many new approaches are being developed to understand reservoir behavior and well performance at incredibly high resolution—at the fracture scale or even the pore scale.
In this feature, we will examine surveillance technologies that can be applied at the broad scale, midscale, and fine scale. The papers highlighted in this month’s feature apply forward stratigraphic modeling to improve geological models, classical reservoir engineering techniques to understand interwell connectivity in order to optimize waterflooding operations, and exciting new fiber-optic technology to characterize the performance of individual hydraulic fractures in unconventionals. I hope these articles help you to think about “framing” the problem you are trying to solve, like a photographer carefully selecting the right camera settings and lens for a specific shot, in order to select the right tools and methods to add value through surveillance.
Recommended additional reading at OnePetro: www.onepetro.org.
SPE 202319 - Utilizing Surface Microseismic Monitoring To Improve Understanding of Natural Fractures in Sichuan Shale Gas Play by Cui Jing, Sichuan Changning Natural Gas Development Company, et al.
SPE 202837 - Modified Technique To Model Volatile Oil Reservoirs: Implications for Modern Software Programs by Mohamed Ibrahim, Shell Egypt, et al.
SPE 201543 - Production Optimization Using a 24/7 Distributed Fiber-Optic DFO Sensing-Based Multiphase Inflow Profiling Capability by Teymur Sadigov, BP, et al.
Hydraulic Fracturing Fluid Interactions With Steel, Cement, and Shale Measured
Authors: Carpenter Chris 
Published: October 2022

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This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper URTeC 3722736, “The Impact of Hydraulic Fracturing Fluid on the Near-Wellbore Shale Region Involving Interactions With Steel, Cement, and Shale,” by Wei Xiong, Brandon McAdams, and Mengling Stuckman, National Energy Technology Laboratory, et al. The paper has not been peer reviewed.

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Numerous studies have been conducted on rock/fluid interactions of deep shale reservoirs exposed to hydraulic fracturing fluid (HFF). However, the effect of fluid/steel/cement components on the chemistry of the near-wellbore shale region has been overlooked. In the study described in the complete paper, steel, cement, and shale samples were exposed to HFF sequentially in the same batch for 3 days at 66°C. Unlike the reaction of fresh HFF to direct exposure to shale, the fluid chemistry and exposed surfaces of steel and cement were altered significantly after exposure.

Methods
Sequential Exposure Experiment.
For the sequential exposure batch, three steel coupons were placed at the bottom of a borosilicate bottle with 300 mL of HFF. After 3 days of exposure, all three steel coupons were removed. 100 mL of the reacted fluid was collected and filtered for fluid-chemistry analysis. Then, two cement coupons were placed in the bottle to react with the remaining 200 mL of fluid at the same temperature. After 3 days of reaction, the two cement coupons were removed with 100 mL of fluid as a liquid sample. Finally, one shale sample was placed in the bottle, exposed to the remaining 100 mL of fluid for 3 days. A controlled group using individual coupons was the subject of experiments using the same setup. One steel, cement, or shale coupon was placed in each bottle with 100 mL of HFF individually. A blank group with 100 mL of HFF without any coupons also was set up at the same conditions. These control groups reacted for 3 days.
Analytical Methods.
A three-electrode voltametric system was composed of a mercury/gold (Hg/Au) amalgam 100-µm-disc working electrode (WE), a solid-state silver/silver-chloride (Ag/AgCl) reference electrode (RE), and a platinum wire counter, or auxiliary, electrode (CE). The species undergoes oxidation or reduction at the WE interface at a potential measured against the potential of the RE wherein any exchange of electrons at the WE interface is compensated by the CE to complete the circuit within the potentiostat. Peaks observed in complex solutions like those in this study can be compared with known responses in previous studies to arrive at a qualitative assessment of what is happening, and when, in these solutions with respect to redox chemistry. For the purposes of continuity, all potentials reported in the complete paper are in relation to the Ag/AgCl reference electrode and require a positive adjustment of approximately 0.21 V.
Shifting Paradigm of Mental Hygiene; A Novel Approach to Mitigate Workers' Distress in Oil and Gas Industry
Authors: Khalid Adeela , Felfernig Michael , Purra Ajaz , Ramirez Francis Eric , Alshamsi Mariam , Dwedari Zafar 
Published: October 2022

Abstract
The objective of this paper is to advocate the practice of mental hygiene as an occupational health and safety solution to safeguard mental health and enhance psychological resilience of the workforce in the oil and gas industry.
The oil and gas industry is a highly-demanding industry with its inherent environmental and psychological challenges posing a certain risk to employees' mental health. In addition, varied responses to psychological factors of the workforce may also increase the risk to mental health. A comparative study has shown that anxiety and depression is more prevalent among workers in the oil and gas industry in comparison to the general population(1). The reason behind this is particular pressure to avoid mistakes in the industry. There are serious consequences of mistakes in this industry including loss of lives and harm to the environment. In addition, offshore workers also experience isolation, loneliness, frustration and dissatisfaction stemming from working remotely, away from family. Unum Group conducted a claim analysis in the oil & gas extraction industry that showed that 26 percent of incapacity claims between 2014 and 2018 are caused by mental and psychological issues(2).
The growing acknowledgment of the role of stressors in the workplace on mental health accentuates the importance of preventive psychological strategies. Mental hygiene is a preventive measure for sustaining good emotional health by developing and maintaining certain behavioral, social, and emotional skills. This paper highlights some of the mental hygiene practices considering the pertinence and aptness to the unique work environment of the oil and gas industry.
Managing CO2 Phase Behaviour in Depleted Reservoirs
Authors: Acevedo Lui , Tucker Owain 
Published: October 2022

Abstract
Dealing with the phase behaviour management of Carbon Dioxide (CO2) in Carbon, Capture and Storage (CCS) (CCS) in depleted gas reservoirs generates technical challenges related to low temperatures. These challenges are not observed in Enhanced Oil Recovery (EOR) (EOR) or aquifer injection as these are normally carried out at pressures above hydrostatic. This paper shares some of the experience in selecting/developing solutions for depleted reservoirs (for reservoir pressures higher than 45bar).
It describes the technical challenges related to uncontrolled injection of CO2 in depleted reservoirs and the requirement to manage the phase behaviour, then proposes different concept solutions for steady injection and highlights the selection process considering the different project conditions. Advantages and disadvantages and issues for the different concept solutions are presented with an emphasis on projects where the CO2 arrives cold.
The paper gives an overview of the installation of simple and reliable long term solutions using the friction concept. It considers the applicability of the planned solution, its limitations and how to manage them.
Very low temperatures along the well can be observed under uncontrolled phase behaviour injection of CO2 in depleted reservoirs. Simulation models and analysis of the well elements indicate the requirement to manage the CO2 phase behaviour to avoid integrity problems. Conceptual solutions like friction with relatively small tubing, downhole choke,, heatingheating are required to be considered early in the maturation phase by the projects. The selection process depends on project variables and project life limitations.
The use of the friction concept has been favoured in different projects because of its long term reliability. The alternative of heating is variable and mainly influenced by injection bottomhole pressure. In general this incurs high expenditure. The downhole choke concept is promising but reliability needs to be improved and delta pressure across the choke needs to be increased.
There are limitations to the operating envelope per well using the friction concept. However, a combination of multiple wells allows for managing the desired ranges of injection in the project.
This paper also highlights the level of integration along the chain required for developing CCS in depleted reservoirs. This level of integration must not be neglected.
Unlocking Value Through Integrated Collaboration for Multiple Liquid Mud Plant Facilities in East Malaysia
Authors: Toha Rozaidi , M Amin Remy Azrai , Rajab Hairul , Omar M Mizuar , Patma Nesan Thanavathy 
Published: October 2022

Abstract
Liquid mud plant (LMP) is a special dedicated built facility within the supply base where oil and gas companies operate to provide treatment, mixing and storage of drilling and completion fluids. The service can also be extended for drilling waste management in certain liquid mud plants. Historically in East Malaysia, each operator developed and operated their own separate liquid mud plant at the supply base since 2002. This resulted to bigger operating cost to the drilling industry since each LMP may not be fully utilized to its full capacity all the time especially during the downturn of oil price. To date, there are four LMPs in Labuan which are LMP1, LMP2, LMP3 and LMP4. This has led the biggest operator in Malaysia to take lead in integrating all the LMPs to become one shared facility to support all drilling operations in East Malaysia and finally resulting to reducing the well cost.
A new systematic agreement was designed by putting all the facilities under one roof with longer duration for better operating expenditures but was still flexible for multiple operators to supervise each of their own operations. The governing authority plays a significant role in ensuring that there will be equitable sharing mechanism among operators. A frequent monitoring was established for a structured optimization of the facilities due to the dynamic operation of drilling operations. An integrated technical steering committee was established for the specific supervision of LMP operation with all the operators to further optimize the shared resources by sharing of drilling fluids, minimizing new built of drilling fluids and expensive brines. The specific payment mechanism was developed for fair cost distribution among the operators. This required collaboration with multiple parties for creating a process flow for finance and tax purpose.
The first ever integrated agreement for LMP was successfully established in August 2019 by securing good commercial value for the long-term, hence reducing the operating costs. This resulted to greater efficiencies and maximum utilization with the LMP. The process of farming in the contract by the operators has been simplified. However, the biggest hurdle was implementing the most equitable sharing mechanism with minimum tax exposure. Eventually, a sustainable payment mechanism has successfully been created whereby all operators would be dealing with contractors directly instead of going through one operator alone.
This initiative has reduced the overall LMP costs to drilling operation by sharing the common facilities and resources. An integrated long-term agreement was established for best commercial value by the LMP operator. The farm in process has been simplified as each operator has also already included into the agreement hence it has improved the efficiency by 80%.