bluuebunny/crossref_metadata_2025_split huggingface dataset:
COUNTERA CTION TO CYBERCRIME IN RUSSIA AND FOREIGN COUNTRIES: CRIMINOLOGICAL AND VICTIMOLOGICAL ASPECTS
Authors: Симонова С.С. 
Published: October 2022

Проанализированы статистические данные по киберпреступлениям. Представлен вывод, согласно которому для профилактики преступлений, совершаемых с помощью информационно-телекоммуникационных сетей, необходим комплексный подход – сочетание правовых, социальных и технических мер. Предложено широкое толкование термина «киберпреступность» для возможности его применения не только в уголовном праве, но и в других отраслях российского права. Рассмотрен мировой, российский и региональный опыт предупреждения и виктимологической профилактики киберпреступлений.
Statistical data on cybercrimes are analyzed. The author comes to the conclusion that for the prevention of crimes committed with the help of information and telecommunication networks, an integrated approach is needed: a combination of legal, social and technical measures. A broad interpretation of the term «cybercrime» is proposed for the possibility of its application not only in criminal law, but also in other branches of Russian law. The world, Russian and regional experience of prevention and victimological prevention of cybercrime is considered.
A distopia nossa de cada dia: a violência contra a mulher refletida na literatura especulativa feminista
Authors: Moreira Nelson Camatta , Bitti Leal Vieira Claudia 
Published: October 2022

O artigo visa abordar a literatura distópica feminista como pano de fundo na denúncia da invisibilidade e naturalização da violência contra a mulher na sociedade brasileira atual, sob a ótica da teoria crítica dos direitos humanos. Argumenta-se, com apoio em Žižek e Yebra, que a ideologia patriarcal dessensibiliza a sociedade quanto às manifestações de violência contra a mulher. A literatura pode representar um ponto de partida para a conscientização social. Nesse sentido, são analisadas as obras O conto da aia, de Margaret Atwood, e O poder, de Naomi Alderman. A partir do referencial de David Sánchez Rubio, busca-se expor a aproximação entre os propósitos da literatura distópica e da teoria crítica dos direitos humanos na desnaturalização de desigualdades e rejeição da complacência quanto à distância entre a teoria e prática dos direitos humanos.
Intra-abdominal cystic lesions after ventriculoperitoneal shunting
Authors: BAŞARAN GÜNDOĞDU Elif , OZCAKİR Esra 
Published: October 2022

Objectives: Definitive diagnosis is essential for the medical and surgical management of pediatric patients with ventriculoperitoneal (VP) shunt. In patients with a VP shunt, abdominal complications have been well described, among which abdominal pseudo cysts are uncommon. In this report, we present our experience in terms of the multi-disciplinary management of intra-abdominal cystic lesions associated with the VP shunt procedure. Methods: From 2016 to 2021, 245 VP shunt procedures were performed in our institution. Intra-abdominal cystic lesions were recorded as intra-abdominal complications (abdominal pseudocyst, intestinal subserosal bowel cyst, and scrotal cyst) in 3 patients. For these patients we retrospectively collected data on medical history, complaints, diagnosis, treatment procedure, and postoperative results. The study was performed on 2 male and 1 female patients. The average patient age was 11.6 months (5 months to 1.5 years). The most common complaint was that of abdominal distention with ileus symptoms. The average time of admission after the catheterization of VP shunt was 1 month; laparotomy was performed for 2 patients in whom treatment was needed for high ligation. Results: A VP shunt operation is followed by abdominal complications in about 5%-47% of all cases. These complications are manifested as ileus symptoms, such as vomiting, abdominal distension, and abdominal pain with intestinal obstruction. Conclusions: In pediatric patients with VP shunts, a shunt catheter-induced abdominal cystic formation should always be considered a complication. Management of these cystic lesions requires the use of a multi-disciplinary approach with neurosurgery and pediatric surgery for treatment.
Entre réclusion et délivrance : poétique de l’espace dans Le corps de ma mère de Faouzia Zouari
Authors: Herzi Sabrine 
Published: October 2022

Étant considérée par les critiques comme un art essentiellement temporel, la littérature se caractérise aussi par une ‘spatialité’, comme le souligne d’ailleurs Genette dans sa Figure II. En effet, le temps, les personnages et l’espace sont des composantes à pied d’égalité. Ceci dit, que l’espace est « une composante essentielle de la machine narrative » (Mitterand, 1980, pp. 211-212), qui détermine les relations entre les personnages et influe, d’une façon ou d’une autre, sur leurs actions. De fait, l’espace n’est pas un simple élément scénique, il établit des liens complexes avec les autres éléments du récit (temps, personnages et péripéties). L’analyse de ces liens et des significations de ces éléments révèle la façon dont le cadre spatial est perçu ou conçu. Dans Le corps de ma mère de Faouzia Zouari, la narratrice évoque la vie des femmes bédouines de Tunisie, et celle de sa mère, en particulier. Elle relate l’influence de l’espace dans laquelle cette dernière évolue, comment celle-ci est parvenue à se libérer d’une longue tradition ancestrale particulièrement contraignante pour les femmes, et décrit les mutations survenues avec la révolution du Jasmin. Le livre se compose de trois parties, et chacune d’elle se caractérise par son cadre spatial spécifique. Celui qui domine la première et la troisième partie, ‘le corps de ma mère’ et ‘l’exil de ma mère’, est Tunis (la capitale) et ses ‘cités de béton’. La romancière nous livre, dans ces deux chapitres, le récit familial extraordinaire de Yamna, sa mère qui a vécu dans un petit village de Tunisie, recluse pendant cinquante ans dans sa maison. Puis, malade, la vieille femme s’est trouvée déracinée à Tunis, où ses enfants insistaient pour qu’elle se fasse soignée. A l’hôpital moderne où elle va mourir, elle est accompagnée par ses filles, pour faire des confessions qui laissent transparaitre une perception de l’espace qui repose sur l’ambivalence entre réclusion et délivrance. La deuxième partie décrit le fossé entre campagne et grande ville en Tunisie, entre cultures traditionnelles, religion, superstition, djinns, coutumes ancestrales, contes et modernisation. L’opposition entre l’espace urbain et l’espace rural, en particulier le réquisitoire dressé contre la capitale, puis le corps féminin comme espace idéologique feront les objets de notre présente étude.
The effectiveness of online learning platforms in foreign language teaching
Authors: Pichugin Vitaly , Panfilov Alexey , Volkova Elena 
Published: October 2022

One way to teach foreign languages remotely is to exploit online learning platforms. The article investigates the effectiveness of online learning platforms in Foreign English language learning. The students from institutions of higher education were divided into two groups according to the online learning platform. The research finds that ATutor and Moodle platforms are effective in teaching English language remotely. The language competences have improved significantly. The study highlights the benefits of distance learning and advises universities on how to use that information to develop effective online learning programs that can later be implemented during crises. The study results can be used to organize the educational process with learning platforms.

Keywords: online platform; distance learning; English language; reading and listening; communicative competences
The flip side of the flipped classroom model: A study of EFL learners’ hindrances
Authors: Quadir Hafiz Abdul , Alfaifi Abdullah Ahmad M. , Saleem Mohammad , Wajid Mohammad Abdul 
Published: October 2022

Flipped Classroom Model is reported in research studies to bring in numerous benefits to learners in comparison to conventional, teacher-dominated language pedagogy. However, some researchers believe that most of the FCM success stories reported in research are anecdotal and based on hearsay. The present research study investigates the efficacy of FCM to teach English as a foreign language in the Saudi Arabian context. In a quasi-experimental study, a selected group of twenty students was taught through the conventional as well as FCM approaches. Marks obtained by the control and treatment group participants were compared and t-test was applied to mark the significance of difference, if any. The findings showed a significant difference (t = 3.889; significant at α =.001; df = 38, two-tailed test) between the marks of the same group of students taught using different approaches. Participants performed better under conventional lesson delivery approach. The study concludes that FCM as a teaching practice is unsuitable for some EFL learners, especially with teacher-intensive language elements, such as reading and writing.
Keywords: Flipped Classroom, language pedagogy, reading comprehension, teaching strategies, TEFL
Technology for the prevention of dysgraphia in primary schoolchildren
Authors: Bakytgul Zhakanbayeva , Kutzhan Omirbekova , Autayeva Akbota , Zhetkizgenovna Tokashova Gulnaz , Bagila Sabdenova 
Published: October 2022

Within the scope of the study, it is aimed at developing technology to prevent dysgraphia in primary schoolchildren. The research was applied in the spring semester of 2021–2022. 158 primary school students participated in the study. The study was designed using a quantitative research model. In the study, the group of participants were given 3 weeks of dysgraphia prevention technology and learning training. In order to collect data for the study, the data collection tool developed by the researchers who created the study was used. The research collected by the data collection tool used in the tables and the results of the study in the comments was added to the obtained results, considering prevention technologies to be included in the study group of students with reading disorders of disgraf learned from the very best of the group of participants and they will use this technology. It is seen that the results have been achieved in education.
Keywords: Dysgraphia, primary school students, online technology, education
Predictors of Ophthalmic Manifestations in Patients with Ankylosing Spondylitis
Authors: Karpova Daria , Ponomareva Maria , Petrov Ivan , Klyashev Sergey , Klyasheva Yulia , Luntovskaya Polina 
Published: October 2022

The aim of this study was to conduct a clinical and statistical analysis of ophthalmological manifestations in patients with Ankylosing Spondylitis (AS) using biologic disease-modifying antirheumatic drugs (bDMARDs) as a basic therapy.	The study included 58 patients (19[32.7%] women and 39[67.3%] men) with AS receiving bDMARDs. The median age of patients was 41.81(25;60) years. The average age of the disease onset was 25.23(9;47) years. The patients were divided into two groups: Group 1 included 24 patients with ophthalmic manifestations; Group 2 included 34 patients without ophthalmic manifestations. All patients in Group 1 took TNF-α inhibitors, (infliximab, adalimumab, golimumab, etarnacept, and cetrolizumab-pegol). In Group 2, TNF-α inhibitors (infliximab, adalimumab, golimumab, etarnacept) were received by 32(92.4%) patients and interleukin-17 inhibitor (secukinumab) by 2(5.8%) patients. Group 1 was characterized by a greater age and average duration of the disease, as well as the presence of metabolic instability (blood glucose and creatinine levels in the borderline range). The effectiveness of bDMARD in AS is characterized by the normalization and stabilization of clinical and biochemical parameters, including blood cholesterol and creatinine levels, which prevents the occurrence of vascular lesions, including uveitis.
Machine Learning for Prediction of CO2 Minimum Miscibility Pressure
Authors: Shakeel Muzammil , Khan Mohammad Rasheed , Kalam Shams , Khan Rizwan Ahmed , Patil Shirish 
Published: October 2022

Abstract
Minimum miscibility pressure (MMP) is defined as the minimum pressure at which the CO2 is dissolved in the oil phase inside the reservoir. Minimum miscibility pressure (MMP) plays a critical role in the CO2 injection process during miscible CO2 flooding. Experimentally, MMP is determined by slim-tube experiments, rising bubble method etc. However, experimental analysis is time consuming and can have high associated cost.
Therefore, application of Artificial Intelligence (AI) techniques can assist in predicting the MMP based on the available input data. This will save significant time and efforts and predicted the MMP results faster and convenient way. Some authors have worked with AI tools to predict MMP, but the model proposed in this paper has a relatively lower error. Thus, the proposed model in this study is an improved model for the prediction of MMP for miscible CO2 flooding applications.
A detailed optimization was carried out in this study for both ANN and ANFIS predictive tools. Single hidden layer with 12 neurons and ‘trainlm’ as training algorithm was found out after ANN optimization, whereas subtractive clustering with cluster radius of 0.3 was the optimum scenario for ANFIS technique. ANN prediction was overall better than ANFIS technique for the prediction of CO2 MMP.
Sustainable and Responsible Exploration and Production Operations Through Sustainable Risk Assessment Register and Matrix – A Suggestion for the Industry
Authors: Teaga Rajan Santa Kumar , Nik Khansani Nik Zarina Suryana , Kueh Jing Zhi 
Published: October 2022

Abstract
Carbon emissions due to oil and gas exploration and production activities remains significant.
In general, the industry widely continues its conventional operations, while it slowly navigates its way through energy transition towards net zero carbon emissions.
This paper presents a suggestion on the importance of incorporating a sustainable risk assessment register and matrix in all current operations planning to address carbon footprint before the industry fully transitions itself into a net zero modest of operandi.
Due to the growing demand in considering socially responsible criteria's in managing day-to-day oil and gas business through the principals of Environment, Social and Corporate Governance (ESG), carbon emissions are the key focus area in this implementation of a sustainable risk assessment register and matrix for the oil & gas industry. The five different risk assessment categories which oil and gas companies should consider when addressing carbon emissions through a dedicated sustainable risk assessments register and matrix for each operational activity are classified as: qualitative, quantitative, generic, site-specific and dynamic risk assessments.
Actual quantification of expected carbon emissions which is not commonly in practice [CM1]now becomes utmost important as an input to define mitigating actions, working towards carbon capture and/or eliminating carbon emissions. Creative problem solving such as through the adaptation of new technologies, process improvement and revamping well unloading program to reduce carbon emissions [CM2]through a sustainable risk assessment register and matrix, will allow the industry to demonstrate actual data and efforts in addressing climate change issues as the industry transitions to net zero carbon. The Reservoir, Wells and Facility Management (RWFM) organization becomes crucial to pull together and facilitate different stakeholders’ involvement throughout the lifecycle of a project to ensure every aspect of the project planning takes into consideration risks exclusively associated to carbon emission and work towards minimizing or eliminating them.
The development of this sustainable risk assessment register and matrix will contribute to social implications by acting as a reference point for all oil and gas operators and service providers in the world to produce sustainably and responsibly at the current moment while the industry makes a shift to net zero emission. This initiative will also provide an opportunity for the oil and gas industry through the collaboration of RWFM to work in accordance and embrace Sustainable Development Goal 7 and Goal 13 (SDG 7 and SDG 13) of the United Nations.
Multimaterial Multiphysics Modelling Coupled with Post-Fracturing Production Flow Simulations: Revamping Hydraulic Fracturing Design Strategy
Authors: Khan Abdul Muqtadir , Isaev Vadim , Belyakova Ludmila 
Published: October 2022

Abstract
With the aid of a multiphysics simulator, we recently presented a novel utilization of a degradable fluid loss additive (DFLA) as a fracture geometry additive to reduce the pad volume while achieving the same geometry. Here we extend the advanced slurry flow modeling with production simulation to propose the optimum design strategy for fracturing, which may challenge current treatment design conventions.
A novel workflow was developed with four coupled working blocks of laboratory, slurry flow modeling, production analysis, and machine learning. High-fidelity simulations were conducted with planar 3D geomechanics coupled with high-resolution material transport. Materials presence was defined in each grid cell as the mixture of proppant, polymer, and fluid loss additive (FLA) with given volume fractions. Fracture conductivity distribution was calculated using laboratory correlations for fracture damage of each material combination. The results were then transferred to a fracture productivity calculator to analyze the impact of polymer and FLA on post-fracturing productivity index (PI).
First, a regression model was built with 32 multiphysics model outputs to create an equivalency for pad volume with and without FLA, which varied from 42% to 57% for different leakoff scenarios. Second, the laboratory results showed a logarithmic dependence of proppant pack conductivity on the FLA mass with almost 80% loss at an FLA/proppant ratio of 0.01. Consequently, three pump schedule categories of baseline (no FLA), FLA, and DFLA were used with multiple treatment sizes based on common field experience in each category. Pad volume design was based on the regression results, and the conductivity calculations were based on experiments. It was observed that for a smaller treatment size, lower FLA mass is required, and the loss of conductivity was negligible; hence, excess polymer caused 15% lower PI only. For larger treatments covering net pay thicknesses, the FLA and polymer damage together can decrease production up to 50%, and hence DFLA is the optimum option showing the maximum production potential. Additionally, we investigated the effect of real field ranges of reservoir permeability, reservoir pressure, and flowing bottomhole pressure for each of the above designs to present a flowchart specific to the reservoir conditions.
The new digital framework proposes solutions to the limitations of current methodology. The multiphysics fracture and productivity calculator reveals the underutilized potential of degradable chemistry in fracturing treatments with minimal investment. We demonstrate that computationally coupled models enable swift, accurate, and engineered decision-making for optimum asset development.
Single Run Plug and Abandonment Cementing Operation Across Multiple Casings
Authors: Anggarawinata Rama , Yeo Chun Kiat , Thien Hung Jie , Teo Choon Hoong , Bargewell Brian 
Published: October 2022

Abstract
One objective of well abandonment is to help prevent pollution to the environment from residual fluids left in the well post caprock restoration. These fluids may have been present in the annuli when well construction was commenced. They are normally removed when the casing(s) is retrieved from the well and capped with an environmental cement plug, or more recently, via perforating the casing(s) and circulating out the annuli contents prior to setting the environmental cement plug.
Gaining access to the annuli is achieved via tubing conveyed perforation (TCP) guns and the charges are designed to penetrate the targeted casing(s) with sufficient entry hole diameter (EHD) without causing damage to the casing beyond. Fluid is then circulated into the annuli via the perforations with returns taken through the wellhead side outlet valves (SOVs). Cement is subsequently circulated into the annuli and a wellbore cement plug is placed above the cement retainer thereafter to form an environmental plug.
This approach requires two trips, the first where the mechanical setting tool, cement retainer with TCP guns attached below is run into the well to perforate the casings and perform the cement circulation. The second trip is with a cement stinger to place a wellbore plug above the cement retainer after the Mechanical Setting Tool (MST) has been retrieved. The retrieval of the MST is required as the MST outside diameter (OD) is almost equal to the inside diameter (ID) of casing. This can cause cement swabbing and contamination if pulled through the cement plug after the placement.
In this case, an alternative Bottomhole Assembly (BHA) was explored where the entire operation can be performed in a single trip. This involved the use of a hydraulically set cement retainer that comes with a slick tubing for placing the cement plug once the running tool is removed from the cement retainer. The cement slurry design was tailored to allow for additional thickening time to compensate for the single trip run.
A successful trial was performed in Brunei's operations in the 3rd quarter of 2021, where the cement was placed immediately above the cement retainer after annuli fluids removal and cement circulation in the B and C annuli after perforations were completed.
A single trip system with revised cement slurry design has also been trialed successfully to enable removal of residual fluids and cementing of the annuli and a wellbore cement plug to be placed in a single trip. This reduces HSE exposure to the crew and achieved significant time and cost savings.
Compressor Dry Gas Seal Failure Mitigation for Reliable Gas Injection System at Banyu Urip Field
Authors: Huang Novendi Stefanus , Putra Yoga Hutomo 
Published: October 2022

Abstract
The gas injection system at Banyu Urip oil production facility in Indonesia consists of two compressor trains. Each train comprises one LP and one HP centrifugal compressor with a gas dehydration system in between. In 2020, one dehydration system experienced fouling and subsequently increased the gas moisture content. The condition initiated corrosion product formation flowing to both the LP and HP compressors of the particular train and subsequently damaged the compressor Dry Gas Seal (DGS) system.
The paper will be focusing on the investigation of two dry gas seal failure cases due to contaminated process gas by corrosion product. The corrosion product blocked the seal gas strainer of HP compressor and caused reverse flow across the labyrinths seal, exposing the dry gas seal to dirty gas. Additionally, as the process gas coming into the LP compressor has not been dehydrated, field inspections revealed the second failure case that the process gas condensation caused accumulation of the fine debris at the orifice plate of the seal gas leakage line.
Various improvements and dry gas seal system modifications were carried out to cope with the dry gas seal failures, such as the installation of duplex seal gas strainer to allow strainer replacement without shutting down the compressor. Furthermore, the Electrical Heat Tracing (EHT) installation at the seal orifice plate also successfully prevented the process gas condensation. Upon implementation of the strategies, the Banyu Urip facility successfully managed to improve the reliability of the gas injection system despite fouling gas dehydration unit.