bluuebunny/crossref_metadata_2025_split huggingface dataset:
RELIGION AND COMEDY: EXAMINING ISLAM IN PRISKA BARU SEGU AND BORIS BOKIR'S STAND-UP COMEDY
Authors: Zulhazmi Abraham Zakky , Qadzafi Syafawi Ahmad , Utama Virdika Rizky 
Published: December 2023

In Indonesia, stand-up comedy performances have become popular in recent years. Stand-up comedy performances are completed and broadcast regularly on Indonesian television, and easily be found on social media such as YouTube. However, some stand-up comedy material is considered offensive and has resulted in legal cases. This includes materials that carry religious themes. This research analyzes the representation of Islam in the stand-up comedy material of Priska Baru Segu and Boris Bokir on Deddy Corbuzier's YouTube channel. This study is descriptive qualitative research. The stand-up comedy material of Priska Baru Segu and Boris Bokir is examined using critical discourse analysis by Teun A. van Dijk. This research concludes that the representation of Islam in the stand-up comedy material of Priska Baru Segu and Boris Bokir depicts Islam as hegemonic. This image emerges in the relationship between the majority group (Islam) and minorities in Indonesia. The strengthening of majoritarianism further solidifies the hegemony and dominance of Islam. Priska and Boris present material that represents religious issues in Indonesia: the closure of churches, the pros and cons of saying Merry Christmas, raids on restaurants during Ramadan, and issues of identity politics. Comedy based on religious material that Priska and Boris deliver operates under the shadow of societal sensitivities and accusations of blasphemy.
3D Modeling on Slope Stability Using Gabion Reinforcement with Finite Element-Based Plaxis 3D
Authors: Hamdhan Indra Noer , Eliza Emilia 
Published: December 2023

The slope is a surface that lies at an angle to the horizontal. If the driving force at the slope is bigger than the resisting force, it can inflict a landslide. Gabions are one of the slope reinforcements structures that can be used to prevent landslides. Gabion has woven wire and has tensile strength. This study aims to examine the effect of modeling of tensile strength on gabion wire using Plaxis 3D, as well as the effectiveness of variations in height, variations in tensile strength, variations in gabion reinforcement patterns on slopes. The soil is modeled as homogeneous loamy sand with a geometry of 10m high and 1:1 slope. Modeling the tensile strength of gabions can increase the value of the safety factor by 9.5% compared to without modeling the tensile strength of gabions. The optimal gabion height that increasing the safety factor is 6m. The value of the tensile strength of gabion wire does not have a significant effect on the safety factor of the slope. The placement of gabions with a zigzag and lined pattern and a gentle slope will more increase the safety factor.
Vom Kult zur Marke. Das Nietzsche-Archiv in Weimar und sein Netzwerk .
Authors: Fünderich Maren-Sophie 
Published: December 2023

The Nietzsche Archive in Weimar, which was reorganised by Elisabeth Förster-Nietzsche (1846–1935) after the death of her brother Friedrich Nietzsche (1844–1900), is regarded as an example of an outstanding collection that stands for the dawn of modernity around 1900. The circumstances of how Nietzsche’s sister managed and expanded the archive in Weimar clearly show the structure and development of a network. The archive is located on the ground floor of “Villa Silberblick”, a representative Wilhelminian villa on the outskirts of the city, which Förster-Nietzsche had moved into in 1897, and where she cared for her brother and where she remained after his death. This collection in the Nietzsche Archive includes furniture and interiors that Förster-Nietzsche had commissioned from the up-and-coming Belgian architect Henry van de Velde (1863–1957). She wanted to create a place for the Nietzsche cult, which she pursued with all her might, and to have her brother’s works translated into interior design. She was helped in this by patron Harry Graf Kessler (1868–1937), who was looking for a reference project in Weimar for Van de Velde, the new artistic advisor to the young Grand Duke of Saxe-Weimar, and recommended him to Förster-Nietzsche. With Van de Velde’s establishment, the Nietzsche Archive became not only a focal point of Nietzsche worship at the beginning of the 20th century, but also the centre of the “New Weimar”, a cultural-political project for which Kessler and Förster-Nietzsche were able to gain the support
Introduction of innovative solutions in agriculture – legal aspects
Authors: Niewiadomska Agata 
Published: December 2023

The aim of the article is to identify the possibility of creating legal solutions for the implementation of innovation in agriculture in the Polish and European legal system. The particular emphasis on the development of new technologies put in the Common Agricultural Policy after 2023 indicates that it is becoming one of the most important factors shaping the competitiveness and profitability of agriculture. It presupposes the development of a number of legal mechanisms that together will make up agricultural innovation. This heterogeneity is a major problem but at the same time an opportunity for agriculture. The article identifies first of all possible legal solutions, but emphasises that they cannot be developed without the cooperation of specialists from other scientific disciplines and representatives of business related to modern technologies. The definition of the legal framework for innovative solutions in agriculture cannot be separated from the consideration of global and European aspects. The speed and possibilities of the application of modern solutions will determine the place of Polish agriculture in the international arena for many years to come.
Relationship between annual soil erosion and surface runoff in Wadi Hanifa sub-basins
Authors: Alzahrani Hassan 
Published: December 2023

Abstract
Soil erosion is the major environmental risk that causes topsoil loss, which decreases fertility in agricultural land. Spatial estimation of soil erosion is essential for conserving land resources and for developing control plans. This study evaluated soil erosion in 17 sub-basins of the Wadi Hanifa catchment using the Gavrilović model. The soil erosion rate is categorized into three classes based on the annual volume of rainfall and runoff. About 21% of the drainage area of Wadi Hanifa is affected by erosion severity, and 33% of the area is affected by severe erosion. The correlation obtained between the annual soil erosion and annual volumes of rainfall and runoff is significant. It is concluded from the results that the drainage area of the north-western part suffers from a high soil erosion risk. The NRCS-CN and erosion predict that the Gavrilović model can be applied for estimating and analyzing the spatial distribution of soil erosion over more drainage watersheds in Saudi Arabia. Now, the GIS techniques are one of the best tools for developing the conservation and management planning processes of soil resources.
Influence of nappe structure on the Carboniferous volcanic reservoir in the middle of the Hongche Fault Zone, Junggar Basin, China
Authors: Chen Zhengyu , Qin Qirong , Li Hu , Zhou Jiling , Wang Jie 
Published: December 2023

Abstract
This work presents an in-depth examination of the Carboniferous volcanic reservoir within the CH471 well area, situated in the central portion of the Hongche fault zone on the northwestern margin of the Junggar Basin. Leveraging seismic data and well connection comparisons, we scrutinize the tectonic evolution model and elucidate the impact of the nappe structure of the Hongche fault zone on the volcanic reservoir. The study has obtained the following understanding: after the formation of Carboniferous volcanic rocks, affected by the Hongche fault structure, a series of structural superpositions from extension to extrusion and finally thrust occurred, resulting in a northwestward tilt of the volcanic rock mass, and a large number of cracks were generated inside the rock mass. At the same time, the top was uplifted and affected by weathering and leaching to form a weathering crust, eventually forming a reservoir. The northern part is located in the edge area of the eruption center, and the rock mass has good stratification. The rock strata have certain constraints on the reservoir distribution, and the reservoir is inclined along the rock mass. The southern part is close to the eruption center and features large volcanic breccia accumulation bodies with strong internal heterogeneity. The reservoir developed mainly in the superposition of the range of control of the weathering crust and dense fracture development, and the rock mass morphology does not control the area. Structure is the key to forming a volcanic rock reservoir, mainly reflected in the following aspects. First, tectonic activity is accompanied by fracture development, and fractures are densely developed in areas with strong activity, which can effectively improve the physical properties of volcanic reservoirs. Second, tectonic activity leads to the strata uplift and weathering denudation, forming a weathering crust. Within the range of control of weathering and leaching, the physical properties of volcanic rocks are improved, and it is easier to form high-quality reservoirs. Third, the distribution of volcanic rock masses is controlled by tectonic activity, which affects the reservoir controlled by the dominant lithology.
Variants of friction stir based processes: review on process fundamentals, material attributes and mechanical properties
Authors: Maurya Manish , Maurya Ambrish , Kumar Sudhir 
Published: December 2023

Abstract
Friction stir-based variants have entirely changed the outdated component manufacturing method. Magnanimously, it has reached notable achievement in the joining, fabricating and processing of aluminum materials. This research article aims to review the various classifications of friction stir-based techniques. Friction stir-based techniques have improved the joining method along with microstructure and mechanical properties of the material. This article will enlighten the recent progress on friction stir additive manufacturing techniques applied on alloys or fabrication of composites, friction stir welding, additive friction stir deposition, friction stir processing and friction stir cladding. Mechanical properties, feasibility, applications, limitations and process parameters are discussed in details. This review article will help industry persons and academicians to know the process parameters of various techniques along with the outcomes and changes in mechanical and microstructural properties. In the last, challenges in variants of friction stir-based processes were also mentioned.
Resveratrol modulates miRNA machinery proteins in different types of colon cancer cells
Authors: Becer Eda , Madencioğlu Servet , Kabadayı Hilal , Vatansever Hafize Seda 
Published: December 2023

Abstract

Objectives
Resveratrol (RSV) is a stilbenoid compound that shows anticancer activity in many cancer cells. Exosomes might affect carcinogenesis and the development of colorectal cancer by affecting communication between tumor cells in the tumor microenvironment via their cargo content miRNA. The aim of this study is to determine the effect of RSV on the expression of Dicer, Ago2, eIf2α, CD-9, CD-63, and exosomal miRNA levels in COLO320 and COLO741 colon cancer cell lines.

Methods
The MTT method was used for cell growth and cytotoxicity in both COLO320 and COLO741 cell lines. Dicer, Ago2, eIF2α, CD-9, and CD-63 antibodies were used for the immunocytochemical evaluation. Total miRNA analysis was performed using a miRCURY Exosome Isolation Kit.

Results
As a result of immunocytochemical staining, increased CD-63 immunoreactivity was observed in RSV-treated COLO320 cells vs. RSV-treated COLO-741 cells. Dicer immunoreactivity increased after the RSV treatment in COLO320 cells. Higher eIF2α immunoreactivity was observed in RSV-treated COLO741 cells compared to both COLO741 control cells and RSV-treated COLO320 cells. Non-significant decreases were observed in miRNA concentration in RSV-treated COLO320 and COLO741 cells compared to control group cells.

Conclusions
RSV could increase miRNA biogenesis in COLO320 cancer cells and decrease it in COLO741 cancer cells.
Entrepreneurial Climate in India, China and the USA
Authors: S Mahalakshmi , S Thiyagarajan , Sodhi Ranbir , G Naresh 
Published: December 2023

Entrepreneurship plays a vital role in the process of wealth creation and improving the standard of living of the people through large-scale employment generation. So this study aims to identify the critical factors among the entrepreneurial framework conditions (EFC) and entrepreneurial behaviour and attitudes (EBAA) in enhancing the entrepreneurship climate in the United States of America (USA), China and India. The data for the study is collected from GEM (Global Entrepreneurship Monitor) on EBAA and EFC. Exploratory factor analysis was attempted initially to reduce the EBAA and EFC data into manageable factors. Further, confirmatory factor analysis was attempted to cross-validate the results.
Key Points: • The results unveil that the Public conditions and Business Promotions (EFC) in the USA are superior to India and China. At the same time, India lags behind both the USA and China. • Indian entrepreneurs are more optimistic and audacious than their Chinese counterparts. • The future of entrepreneurship in India depends on what measures the Government adopts today to strengthen the entrepreneurship framework conditions.
Synergisticity of Family, School, and Community Education In Strengthening Religious Moderation
Authors: Daheri Mirzon , Rohimin Rohimin , Amin Alfauzan , Iqbal Moch , Warsah Idi 
Published: December 2023

AbstractThis research aims to analyze how the synergy between family, school, and community education can strengthen the understanding and practice of religious moderation and the supporting factors, forms, and effects of this synergy. The research was conducted at Sindang Jati, Rejang Lebong, Bengkulu using qualitative methods and a phenomenological approach. The data collection technique used snowball sampling for interviews, accompanied by observation and documentation. The data were analyzed with a phenomenological model through epoch and ideation. The research results show that close collaboration between education received in the family, at school, and in society can significantly improve understanding and practice of religious moderation. These findings confirm that the synergy between these three components provides a large positive impact, in line with the social theory proposed by Parson and Brofenbrenner. Factors such as shared goals, effective communication (associative interaction), parental involvement, school commitment, and community trust and roles are essential in strengthening this synergy. In line with Murphy's law, the synergy of the three educational centers minimizes opportunities for immoderate attitudes and actions to grow.AbstrakTujuan penelitian ini untuk menganalisis bagaimana sinergisitas antara pendidikan keluarga, sekolah, dan masyarakat dapat menguatkan pemahaman dan praktik moderasi beragama, faktor-faktor pendukung, bentuk dan pengaruh sinergisitas tersebut. Penelitian dilakukan di Sindang Jati, Rejang Lebong, Bengkulu dengan menggunakan metode kualitatif dan pendekatan fenomenologi. Teknik pengambilan data menggunakan snowball sampling untuk wawancara, disertai observasi dan dokumentasi. Data dianalisis dengan model fenomenologi melalui epoche dan ideation. Hasilnya menunjukkan sinergisitas antara pendidikan keluarga, sekolah, dan masyarakat dapat membantu meningkatkan pemahaman dan praktik moderasi beragama selaras dengan teori sosial Parson dan Brofenbrenner. Faktor-faktor seperti kesamaan tujuan, komunikasi yang efektif (interaksi asosiatif), keterlibatan orang tua, komitmen sekolah, dan kepercayaan serta peran masyarakat, merupakan hal yang penting dalam memperkuat sinergi ini. Selaras dengan hukum Murphy bahwa sinergisitas tiga pusat pendidikan meminimalisir peluang sikap dan tindakan yang tidak moderat untuk tumbuh. How to Cite: Daheri, M., Rohimin, Amin, A., Iqbal, M., Warsah, I. (2023). Synergisticity of Family, School, and Community Education In Strengthening Religious Moderation. TARBIYA: Journal of Education in Muslim Society, 10(1), 103-122. doi:10.15408/tjems.v10i1. 36028.
Evaluating the impact of structure parameters on the acoustic performance of an exhaust muffler with shells
Authors: Mosa Ali I. , Putra Azma , Mahmood Hussein A. 
Published: December 2023

Recently, environmental noise has arisen from various sources, such as those from exhaust mufflers of combustion engines found in cars, trucks, or power generators, which produce significant noise during their operation. Controlling the radiated noise from these mufflers is a major factor in improving acoustic comfort and minimizing the impact on the surrounding communities. Numerous research has been presented for this reason by modification of the internal structure of the exhaust muffler. The main objective of this work is to reduce the noise level emitted from exhaust mufflers. This can be achieved by adjusting structure parameters to attenuate the surrounding environment's radiated noise. Analysis of pressure-wave propagation has been done by building 3D models using COMSOL Multiphysics software. Different entities were conducted to investigate the influence of muffler shells and plate thicknesses on acoustic performance through the frequency domain to obtain better attenuation. SPL over a frequency band is presented, describing how the sound intensity varies at different frequencies within a given bandwidth. The results showed that increasing the muffler shell thickness improved the TL; this particularly causes a double value at a range above 1.2 kHz, where there are two distinct peaks at 1.3 kHz and 2.8 kHz. Additionally, it was found that increasing the muffler plate thickness reduces the TL whole range and moves the curve peak to higher frequencies.
This is because the pressure pulses that stimulate the shell plates would exert a more distinct influence on plates characterized by a reduced thickness, and the muffler structure thickness is correlated with its increased stiffness, resulting in an elevation of the frequency for this eigenmode
Determining the pattern of loose material movement in screw and tubular-comb feeders
Authors: Nychehlod Volodymyr , Burmistenkov Oleksandr , Statsenko Volodymyr , Bila Tetiana , Statsenko Dmytro 
Published: December 2023

The object of this study is the relationship between the structural and technological parameters of feeders for loose materials and the characteristics of particle flows at their outlet, namely: productivity and the magnitude of pulsations. The existing designs of this type of equipment were analyzed, and the most common methods for simulating their operation were determined. A structure of a tubular-comb feeder has been proposed, the performance of which is compared with the well-known screw feeder. Computer models of both structures were built based on the discrete element method. The simulation was carried out in the EDEM 2017 software environment. It was established that the resulting models take into account the discrete nature of the movement of loose materials and allow conducting research taking into account the physical and mechanical properties of individual particles.
An experimental bench was fabricated for experimental verification of the modes of operation of the tubular-comb feeder. The performance of this type of feeder was determined for two pipe rotation speeds (6 and 10 rad/s). The amount of material flow pulsations in the outlet nozzle was also determined. The correspondence of the results of calculations based on the computer model to the real process was confirmed. The current study was carried out the steady modes of operation.
It was established that with equal overall dimensions and speeds of rotation of the working bodies, the productivity of the screw feeder is 5...5.2 times greater than that of the tubular-comb feeder. But the latter provides 7.3...16.4 times smaller magnitude of pulsations of the flow of loose material. This makes it possible to reduce the heterogeneity of mixtures, especially in the case of using such feeders as part of continuous mixing systems.
The results make it possible to analyze the operation of bulk material feeders and reduce their design time
Identifying applicability viscoelastic systems in the context of improving well casing processe
Authors: Kabdushev Arman , Delikesheva Dinara , Korgasbekov Darkhan , Manapbayev Bauyrzhan , Kalmakhanova Marzhan 
Published: December 2023

The object of research in this study is viscoelastic systems used as spacer systems in well casing during drilling. Polymer network-metal ion systems display distinctive properties, facilitating effective well coverage through their normal stresses.
The primary problem addressed in this research was optimizing viscoelastic system composition for well casing. Researchers sought the ideal sodium dichromate concentration to maximize viscosity in polyacrylamide-based spacer fluids. This optimization is crucial for enhancing casing cementing quality, especially in challenging geological conditions.
Utilizing a precise HAAKE MARS III rheometer, various tests, including shear, oscillatory, frequency, creep, and recovery tests, were performed to assess viscoelastic system rheology. Obtained results of optimal deformation interval for a solution with sodium bichromate is 40 Pa and aluminum sulfate, the yield strength was equal to 110 Pa.
This research optimized cross-linker concentration, increasing spacer system viscosity. This enhancement improves well cementing efficiency and allows for operation in challenging geological conditions. The precise rheometer unveiled previously unexplored rheological characteristics.
The optimized viscoelastic spacer fluid is invaluable in well casing, especially in challenging geological settings. This research guides the design of process fluids, enhancing casing cementing quality, and improving drilling efficiency and safety. Engineers and researchers can leverage the rheological data for informed decisions and better field performance