bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Accessibility of Tahfidz Al-Qur'an for Teachers with Disabilities at the Tahfidz Daarul Qur'an Islamic Boarding School
Authors: Jamil Ahmad , Khaled Naswan Abdo , Rasyid Harun Al 
Published: July 2023

AbstractThe purpose of this study was to investigate the implementation of tahfidz Al-Qur'an learning by disabled teachers at the Tahfidz Daarul Qur'an Islamic Boarding School Tangerang and the efforts of teachers with disabilities to create a welcoming environment during the implementation of tahfidz Al-Qur'an learning at the Tahfidz Daarul Qur'an Islamic Boarding School Tangerang. This is a field study with a qualitative descriptive method. This study was carried out at Tangerang's Tahfidz Daarul Qur'an Islamic Boarding School. Tahfidz Al-Qur'an Teachers (blind and physically disabled) and the Tahifdz Bureau Head were among the informants. The data was gathered through observation, interviews, and literature study on the concept of disability in Islam. The findings of this study show that teachers with disabilities at the Tahfidz Daarul Qur'an Islamic Boarding School Tangerang are capable of effective educational communication, allowing them to carry out tahfidzul Qur'an learningn along with other tahfidz teachers. There is a change while completing the rote progress report in the mutaba'ah book. Additionally, teachers with impairments make an attempt to enforce the relevant regulations by Rewarding students who comply the regulation punishing students who are against the regulation.AbstrakTujuan dari penelitian ini adalah untuk menyelidiki pelaksanaan pembelajaran tahfidz Al-Qur'an oleh guru-guru penyandang disabilitas di Pondok Pesantren Tahfidz Daarul Qur'an Tangerang dan upaya guru-guru penyandang disabilitas untuk menciptakan lingkungan yang ramah selama pelaksanaan pembelajaran tahfidzh Al-Qur'an di Pondok Pesantren Tahfidz Daarul Qur'an Tangerang. Ini adalah studi lapangan dengan metode deskriptif kualitatif. Penelitian ini dilakukan di Pondok Pesantren Tahfidz Daarul Qur'an Tangerang. Guru-guru Tahfidz Al-Qur'an (tuna netra dan penyandang disabilitas fisik) dan Kepala Biro Tahfidz adalah beberapa informan. Data dikumpulkan melalui observasi, wawancara, dan studi literatur tentang konsep disabilitas dalam Islam. Temuan dari penelitian ini menunjukkan bahwa guru-guru penyandang disabilitas di Pondok Pesantren Tahfidz Daarul Qur'an Tangerang mampu melakukan komunikasi pendidikan yang efektif, memungkinkan mereka untuk melaksanakan pembelajaran tahfidzul Qur'an bersama guru-guru tahfidz lainnya. Ada perubahan saat menyelesaikan laporan kemajuan hafalan dalam buku mutaba'ah. Selain itu, guru-guru dengan keterbatasan berusaha untuk menegakkan peraturan yang relevan dengan memberikan penghargaan kepada siswa yang mematuhi peraturan dan menghukum siswa yang melanggar peraturan.How to Cite : Jamil, A., Khaled, N. A., Al Rasyid, H. (2022). The Accessibility of Tahfidz Al-Qur'an for Teachers with Disabilities at the Tahfidz Daarul Qur'an Islamic Boarding School. TARBIYA: Journal of Education in Muslim Society, 9(2), 123-134. doi:10.15408/tjems.v9i2.31326.
EVALUATION OF THE RESULTS OF TESTING THE HARDWARE COMPARTMENT OF SUBORBITAL ROCKETS FOR RELIABILITY
Authors: Lukianenko I.G. 
Published: July 2023

Nowadays, the issue of creating modern models of rocketry is becoming more and more popular due to the constant development of technologies and competition in the domestic market. This paper describes the results of the behavior of on-board electronic equipment during launches of ultra light suborbital rockets of the «Meteo» series manufactured by the Rocketry agency project. When designing the hardware compartment
and further improving it in subsequent rocket models, the first place is occupied by its level of reliability, which should in turn take into account the economic part for the development and manufacture of further products. Such improvements included the use of new materials, increased strength and resistance to negative impacts, improved thermal management and elimination of structural defects. Tests have shown that to overcome higher altitudes, such as the Karman Line, more fuel is used and the mass and size characteristics of the rockets change, which leads to increased complexity of their control and navigation. One of the key challenges is the lack of an effective control system. Without a proper control system, a missile's flight becomes unpredictable and dangerous for the area where it is flying. One way to solve this problem is to develop and test a proper control system for the missile on a special test bed that will allow testing and debugging the control system in a controlled environment that ensures its functioning in real-world conditions without the risk of sending an untested missile into the air.
ANALYSIS OF RFID-TAGGING TECHNOLOGY APPLICATION IN THE OIL AND GAS INDUSTRY
Authors: Vesnin G. V. , Zubairov T. A. 
Published: July 2023

In the oil and gas industry, one of the key tasks is to assess the current state of pipelines and equipment. Most of the existing methods used to assess depreciation are narrowly focused and expensive, for example, flaw detection of downhole equipment, tubing, rod and pumping equipment, which can eventually reach the cost of the equipment itself. To date, one of the main methods for assessing the equipment state is the analysis of its operation time, which directly depends on the identification accuracy. Various technological solutions are used as an identifier, for example, barcodes, seals with technical information, however, such controls are unreliable, wear out quickly, and, as a result, it becomes difficult to correctly identify them.
The paper considers the technology of radio frequency identification (RFID) – «RFID-tags», describes the operation principle and its features. The basic scheme of the tags, conditions and purposes of application in the oil and gas field industry and, in particular, in the pipeline transport. The cases of technology implementation by different foreign and domestic companies are described, and some ways of their potential development are indicated. The analysis of technical solutions is given, the advantages achieved in the implementation of RFID systems are compiled.
The key and promising factors for the use of this technology in pipeline transport are the possibility of minimizing risks in case of accidents and oil spills, minimizing environmental disasters for both organizations and the environment, since the cost of equipping RFID tags and RFID reading equipment can be insignificant in comparison equivalent.
Prevalence of primary osteoarthritis of knee in tea garden community of Jorhat District, Assam
Authors: Gogoi Bikash Pratim , Buragohain Chao Rochek , Kalita Pranjeet , Tahbildar Pranjal 
Published: July 2023

: The most prevalent form of degenerative joint disease, osteoarthritis (OA), is one of the major causes of pain and disability, particularly in middle-aged and older people. OA typically affects the knees, hips, spine, hands, and feet. The knee joint is one of the most commonly affected joint in the lower limb. Though OPD attendance due to OA is quite high, only a few community-based studies are available about its prevalence, especially in the North-Eastern states of India.Assess prevalence of OA of Knee in the Tea Garden community of Jorhat district of Assam.Community-based cross-sectional study was carried out among 320 adults living in various tea gardens in Jorhat District of Assam from June 2019 to May 2020. Diagnosis of OA was made using weight-bearing AP plain radiograph of both knees graded on the Kellgren and Lawrence Scale and WOMAC Score.: Out of 320 adults examined, 29.4% have OA of knee. Prevalence was higher in females, and age more than 50 years.: The burden of OA in this community is relatively high and appropriate measures must be taken to reduce it.
Understanding the Elderly's Needs and Services regarding Services in Public Spaces in Yazd
Authors: Morowatisharifabad Mohammad Ali , Nasiriani Khadijeh , Dehnavi Ashraf Naimi 
Published: July 2023

Introduction: Active aging is among the important concepts of health influenced by effective public services; understanding adults' needs and services are of great importance. This study aims to explain understanding older adults' needs for services in public places in Yazd city.
Methods: This qualitative study was done as conventional content analysis. Participants were 20 elderly people from Yazd selected by purposive sampling. Data were collected through semi-structured interviews. Data analysis was done in three levels of open coding and formation of sub categories and main categories. The study was evaluated and approved by four criteria of creditability, tranformability, reliability, and confirmability.
Results: In total, 564 open codes were extracted. Then, primary codes were compared based on similarity, compatibility, and appropriateness, and 66 subclasses were obtained. 14 main categories were obtained by compressing the subcategories. The 8 main categories regarding different services included: healthcare, recreational, government agencies, transportation, communication and interaction, educational and research, religious and pilgrimage. In addition, regarding the older adults' needs, the 6 main categories included: improving the safety of places; providing effective education, mental, spiritual and social health development programs; improving services quality, reorganizing municipal services and provision of amenities.
Conclusion: Paying attention to the needs of the elderly is necessary in planning for public spaces in cities. Regarding the need for comprehensiveness of services, it is suggested that the findings of this study be used in designing, implementing, and evaluating services in public places to their service needs and solve their problems.
Por uma história que corte feito estilete: presença, experiência e sentidos em uma aula de História.
Authors: Cubas Caroline Jaques 
Published: July 2023

Apresentamos, neste artigo, consideraçõessobre a possibilidade de experiênciano ensino de História. Para tanto, as perguntas“como aprender com o passado?”e “como promover experiências com opassado?” guiam esta proposição. Emtermos empíricos, partimos do trabalhode observação e acompanhamento de estágioscurriculares supervisionados, realizadosdesde 2015. Nestes, nos deparamoscom as inúmeras tentativas, porparte de estudantes, de promover umensino de História que possa ser consideradosignificativo. Apesar da inventividadee compromisso, muitos exercíciosnão atingem os efeitos esperados. Dentreestes, evocamos uma cena de sala de aula,em que discentes em estágio apresentavamum evento marcado por absolutaviolência, o qual, no entanto, parecia nãoimpactar. A apatia dos alunos e alunascausou-nos inquietação e suscitou reflexõessobre a escola no tempo presente,nossa responsabilidade e nossos desafios,como professores e professoras, em criarcondições para que a experiência tenhalugar. Para tanto, tomamos por base a noção de experiência – a partir da leitura de Jorge Larrosa – e a ideia de presença como dimensão do escolar, apresentada por Jan Masschelein e Maarten Simons, para pensar o ensino de história.
Code-switching and code-mixing among users of social media
Authors: Nordin Nur Rasyidah Mohd 
Published: July 2023

<p align="center"><strong>Abstract</strong></p><p>This conceptual paper aims to examine the use and application of code-switching and code-mixing among users of social media based on recent studies in Sociolinguistics. Communication in general has evolved tremendously in the 21<sup>st</sup> century, as it has made interactions with people all around the world much faster and easier. Social media is an important platform that allows these interactions to take place. Having multiple users from different countries influences the utilization of the first language (mother tongue), code-switching, code-mixing and borrowed words. Social media users have been shown to extensively use code-mixing and code-switching, particularly among speakers in the bilingual or multilingual society. Thus, this conceptual paper will attempt to deliberate on the use of code-switching as well as code-mixing among users of social media; namely people’s preference of social media, types and use of code-switching and code-mixing on social media, and lastly factors which influence the use of code-switching and code-mixing on social media.</p><p> </p><p>Keywords: Code switching; Code mixing; Sociolinguistics; Social media</p>
Who’s Right? Imaging of Fractures Often Delivers Conflicting Measures
Authors: Rassenfoss Stephen 
Published: July 2023

There are two ways to measure how much entry holes grow due to erosion during fracturing, and the results they offer are often different.
This matters because these competing technologies, one using cameras and the other ultrasound, have become an essential tool for measuring fracturing performance.
When oil companies run side-by-side tests, there are enough differences in the hole size measurements to raise the question: Which one is right?
While the averages and trend lines for the data sets look close enough for engineers used to noisy downhole data, differences in the measures of specific entry holes can be disconcerting for those trying to evaluate performance at the cluster level.
“There is quite a bit of disagreement in them, with gaps of up to 100%, and many gaps of 25% or more,” said Tobben Tymons, visual analytics director for EV, the company that pioneered visual imaging. He made that observation when he described the result of a two-well test where EV partnered with Archer to measure entry holes using both camera and ultrasound methods (SPE 212322).
The paper presented at the 2023 SPE Hydraulic Fracturing Technology Conference and Exhibition (HFTC) included Fig. 1 comparing the measurements using photos and ultrasound as pairs of colored dots within a stage in a side-by-side well test. The red dots were based on a camera image of the entry holes in the casing; the yellow were based on ultrasound.
They show that these tools can deliver significantly different measures for some of the holes. Fig. 1 shows multiple instances where only one method can provide a usable measure.
The paper offered explanations for the differences with something engineers often ask for and rarely get—a study offering a detailed look at the pros and cons of competing diagnostic methods.
The conflicting numbers shown in the EV-Archer paper were in line with the results of a previous side-by-side test by Chevron which showed similar measurement differences (SPE 209122).
At the conference, Hess and ConocoPhillips also offered papers on measurement differences. It’s a hot topic because bad data could lead an operator to invest a lot of money and time on changes that don’t deliver the production expected based on the entry-hole measures in test wells.
There is agreement that the accuracy of these data matters. But on the question of which method is delivering accurate numbers, the advice varied widely.
The paper by Hess offered this advice: “The technology of perforation imaging has come a long way and drastically improved in recent years; however, there are differences in the detail of the images. The trends are very similar between the compared technologies. The learning is to use one technology and consistently benchmark against it.”
When asked about picking one method and sticking with it, Tymons said he “strongly disagrees with the approach.” Using one method avoids seeing the inconsistencies between the two technologies, but no matter which method is used, “there are instances where it is simply wrong,” he said.
Intercept Method for Accurately Estimating Residual Fluid Saturation and Approximate Transient Solutions with Production Time Scales in Centrifuge Core Plug Experiments
Authors: Andersen Pål Østebø 
Published: July 2023

Summary
The centrifuge experiment is used to measure capillary pressure in core plugs by forced displacement (imbibition or drainage): Strong gravitational forces (imposed by rotation) displace fluid held in place by capillary forces. This setup is also used to measure and establish residual saturation, the saturation where a fluid loses connectivity and can no longer flow. Obtaining this saturation is challenging as the capillary end effect causing outlet fluid accumulation theoretically only vanishes at infinite rotation speed.
First, we derive a novel “intercept method” to estimate residual saturation with a centrifuge: Plotting steady-state average saturation data against inverse squared rotation speed gives a straight line at high speeds where the intercept equals the residual saturation. The linear behavior starts once the core saturation profile contains the residual saturation. The result is theoretically valid for all input parameters and functions, derived assuming uniform gravity along the core at a given speed. Then the saturation profile near the outlet is invariant and compresses at a higher speed. The method was, however, demonstrated numerically to be highly accurate even for extremely nonuniform gravity: The saturation data are linear and the correct residual saturation value is estimated. This is because when the residual saturation enters, most of the end effect profile is located in a narrow part of the core and thus uniformly compressed. Several experimental and numerical data sets validated the method.
Second, an analytical solution (using all relevant input) is derived for transient production toward equilibrium after the rotation speed is increased starting from an arbitrary initial state. For this result, we assume the outlet (or initial) profile compresses also transiently. The displacing and displaced regions have fixed mobilities but occupy different lengths with time. Time as a function of production has a linear term and logarithmic term (dominating late time behavior). Production rate can thus be constant most of the time or gradually reducing, resulting in very distinct profiles. The correlation could fit experimental data well and confirmed the possible profile shapes. A time scale was derived analytically that scales all production curves to end (99.5% production) at same scaled time. The solution predicted similar time scales and trends in time scale with rotation speed and viscosity as numerical simulations. Numerical simulations indicated that the saturations near the residual saturation traveled slowly, which caused production to tail and span 5 log units of time (the analytical solution predicted 2–3). The correlation better matched low-speed data where the residual saturation had not entered.
The Effect of Temperature on the Size and the Deposition of Asphaltene Particles
Authors: Mohammadi Mohammad , Bahrami Masoud , Torkaman Mohammad 
Published: July 2023

Summary
The deposition of asphaltene as a main component of crude oil is considerably affected by temperature. Despite the studies on influencing factors on deposition and size of asphaltene particles, no experimental research was previously conducted on the simultaneous impact of temperature on asphaltene particle size and deposition. In this study, the asphaltene deposit mass was measured within a Couette device at various temperatures ranging between 20 and 65°C under a constant angular velocity. Furthermore, the asphaltene particle size was simultaneously measured to investigate the relationship between deposition mass and asphaltene particle size and also to validate the concept of critical particle size. A digital microscope was used to measure the size of unstable asphaltene particles in oil. Asphaltene solubility and oil viscosity were measured to understand the deposition mechanisms. The analysis of microscopic images indicated that larger asphaltene particles are produced at higher temperatures. Although the total mass of the deposit was decreased with temperature, the deposition fraction, defined as mass fraction of total unstable asphaltene particles that deposit, was increased. Higher fraction of deposition was found for larger particles that is in contradiction to the previously introduced critical particle size concept. Additionally, the effect of solubility was found to be dominant in comparison with viscosity from the point of view of the total mass of the deposit. For the oil sample investigated in this study, a 45°C increase in temperature reduced the total mass of the deposit by 46.84%.
Effect of Calcium Expansive Additives on the Performance of Granite-Based Geopolymers for Zonal Isolation in Oil and Gas Wells
Authors: Gomado Foster Dodzi , Khalifeh Mahmoud , Saasen Arild , Sanfelix Susana G. , Kjøniksen Anna-Lena , Aasen Jan Aage 
Published: July 2023

Summary
Geopolymers have emerged as a promising alternative to Portland cement for oil and gas wells. Achieving effective zonal isolation by use of geopolymers may require controlling their expansion. This study investigates the effect of calcium oxide (CaO) as an expansive agent on the performance of geopolymer-based sealing materials. Specifically, we explore the impact of CaO reactivity on various material properties using isothermal calorimetry, Brunauer-Emmett-Teller (BET) surface area analysis, linear expansion (LE) test, shear bond strength, compressive strength, and hydraulic bond strength (HBS). Our results indicate that CaO reactivity is a critical factor affecting the properties and performance of geopolymers for zonal isolation. Lower reactivities are associated with longer induction periods and lower heat evolution, which in turn increase LE. While lower reactivity decreases compressive strength, it increases shear bond strength. However, the CaO with the lowest reactivity resulted in a very low HBS due to matrix cracking and leakage. Therefore, optimizing the reactivity of CaO expansive agents is essential to enhancing the properties of geopolymer-based sealing materials for oil and gas wells. Shown in this paper is the successful application of CaO as an expansive agent for granite-based geopolymers at shallow depths in oil and gas wells.
Assessing energy transition vulnerability over nations and time
Authors: Shen Yifan , Shi Xunpeng , Zhao Zhibo , Grafton Quentin 
Published: July 2023

Abstract
While achieving the Paris climate goals and sustainable development goals (SDGs) are two major global challenges of our time, energy transition that plays an essential role in achieving climate targets may create socio-economic hardship. A quantitative assessment of the vulnerability of energy transitions is a prerequisite for national and international policymakers to advance a just energy transition that looks after coordination between energy transitions and socio-economic development. This study proposes to measure energy transition vulnerability from the dimensions of exposure, sensitivity, and adaptive capacity. The results of energy transition vulnerability index (ETVI) scores for 135 nations reveal a huge inequality across nations; moreover, the COVID-19 pandemic has interrupted the decade-long continuous improvement of energy transition vulnerability. Developed countries usually have low energy transition vulnerability than developing countries and the gaps even have been widened. The existing global transition vulnerability could be mitigated by 12.3 p.p and 5.2 p.p if each nation could follow the path of global or climate party group frontiers in achieving the SDGs, despite the scale and drivers of mitigation vary across countries. The study also suggests that heterogeneous transition policies that consider both emissions and vulnerability are required. Our framework and findings could advise policymakers to formulate policies and cooperation strategies to reduce vulnerability, protect vulnerable countries, and make fair energy transition policies nationally and internationally.