bluuebunny/crossref_metadata_2025_split huggingface dataset:
PENYULUHAN HUKUM TENTANG BAHAYA PERKAWINAN ANAK BAGI ANAK ASUH DI LKSA AL-IKHLAS PONOROGO
Authors: Mayasari Lutfiana Dwi , Fatmawati Indah 
Published: February 2024

Penelitian ini menggunakan pendekatan Asset-Based Community Development (ABCD). Indonesia saat ini menempati peringkat ke 7 dunia dan ke 2 ASEAN dengan angka perkawinan anak tertinggi. Hal ini tentunya berdampak terhadap angka Indeks Pembangunan Manusia (IPM) dan Indeks Kedalaman Kemiskinan. Ponorogo adalah salah satu kota yang menyumbang angka perkawinan anak. Salah satu cara yang bisa dilakukan untuk menekan angka perkawinan anak adalah dengan melakukan penyuluhan hukum utamanya kepada anak usia sekolah. Akademisi IAIN Ponorogo dan IAIRM Ponorogo bekerjasama dengan LKSA Al-Ikhlas mengadakan penyuluhan hukum tentang bahaya perkawinan anak dalam berbagai perspektif. Penyuluhan yang disampaikan meliputi materi perkawinan anak perspektif hukum positif; perkawinan anak dalam perspektif maqashidu syariah; dan dampak perkawinan anak dari sesi psikologis. Dihadiri oleh 40 anak asuh di LKSA Al-Ikhlas, penyuluhan berjalan dengan lancar dan diakhiri dengan penyampaian komitmen bersama antara pendamping, anak asuh, dan seluruh peserta penyuluhan untuk menolak perkawinan anak serta tegas menolak jika ada pihak yang memaksa untuk menikahkan.
ANALISIS SWOT STRATEGI PENGEMBANGAN USAHA BATIK BERKAH MOJO
Authors: NURROZAQKUL AHMAD FATTAH 
Published: February 2024

Banyaknya pertumbuhan sektor industri mengakibatkan semakin ketatnya persaingan dalam dunia usaha. Tidak sedikit perusahaan yang mengalami kegagalan atau gulung tikar akibat tidak adanya perencanaan dalam proses pengembangan usaha, khususnya dalam industri batik yang masih kental dengan warisan budaya bangsa. Salah satunya adalah UMKM Batik Berkah Mojo yang merupakan usaha pengrajin batik yang menggunakan pewarna alami dari tumbuh-tumbuhan dengan mempunyai ciri khas yaitu motif Jombangan yang menggambarkan bagaimana kehidupan masyarakat Jombang. Tujuan penelitian ini dilakukan adalah untuk menganalisis strategi pengembangan usaha batik Berkah Mojo menggunakan analisis SWOT. Penelitian ini merupakan jenis penelitian lapangan dengan menggunakan metode kualitatif dengan pendekatan deskriptif. Data primer diperoleh dari hasil wawancara mendalam dengan narasumber. Hasil penelitian ini menunjukkan bahwa usaha Batik Berkah Mojo tersebut merespon diketahui setelah menggunakan kekuatan dengan peluang dan strategi SO, maka diperoleh untuk meningkatkan mutu produk dan meningkatkan promosi. Dan pada strategi ST diperoleh hasil meningkatkan minat wirausaha batik dan meningkatkan meningkatkan kesadaran dan kecintaan masyarakat akan produk batik. Begitu pula dengan strategi WO diperoleh hasil untuk meningkatkan skala usaha serta perlu diadakan usaha-usaha untuk mengembangkan kualitas SDM. dan terakhir yaitu strategi WT dapat diperoleh hasil untuk meningkatkan kerjasama antar pengusaha/ pengrajin batik serta meciptakan dan meningkatkan inovasi-inovasi baru motif batik serta dapat menciptakan branding
MODEL KINERJA MANAJAMEN SUMBER DAYA MANUSIA PADA LEMBAGA AMIL ZAKAT YDSF MALANG DI ERA DISRUPSI DIGITAL
Authors: Wijaya Buana Handa 
Published: February 2024

Keberhasilan YDSF Malang dalam pengelolaan dan penyaluan dana ZIS tidak terlepas dari peran para karyawan yang saling bersinergi dalam mendukung kesuksesan tujuan lembaga. Pada era disrupsi digital, dalam menunjang peningkatan kinerja karyawan/ prestasi kerja karyawan dibutuhkan beberapa aspek penunjang, salah satunya dengan menggunakan teknologi. Penelitian ini merupaka jenis penelitian lapangan yang disusun menggunakan analisis deskriptif dengan menggunakan pendekatan kualitatif. Pemaparan pada jurnal ini diharapkan mampu menunjukkan eksistensi dan kapabilitas lembaga amil zakat dalam mengahadapi transformasi perubahan zaman di era disrupsi digital. Pada jurnal ini akan diketahui implikasi penggunaan teknologi terhadap perubahan pelaksanaan MSDM di YDSF Malang, pada kegiatan perekrutan, dan seleksi, pelatihan karyawan, hingga pemberian kompensasi. Berdasarkan hasil penelitian diketahui bahwa teknologi memiliki implikasi positif terhadap efisiensi pelaksanaan MSDM di YDSF Malang. Teknologi baru yang diterapkan dalam pengelolaan MSDM YDSF Malang merupakan upaya membentuk budaya kerja baru dalam organisasi di era disrupsi digital. Optimalisasi penggunaan teknologi dalam mendukung efisiensi pelaksanaan MSDM dapat berjalan baik apabila dilaksanakan sesuai dengan SOP, dan disertai pengawasan/pengontrolan dari jajaran manajemen
Self Control Pada Remaja Pelaku Seks Pra NIkah Di Desa Gundik Ponorogo
Authors: Fadhila Ajeng Ummy 
Published: February 2024

Dalam perspektif Islam, seks pranikah dikenal sebagai zina. Ini berarti bahwa hubungan seksual antara seorang pria dan seorang wanita tidak tunduk pada pernikahan yang sah menurut hukum Islam. Namun seks pranikah di kalangan remaja sudah menjadi norma, bukan sesuatu yang baru. Tujuan dari penelitian ini adalah untuk mengidentifikasi faktor-faktor yang menyebabkan terjadinya seks pranikah pada remaja, dan bentuk perubahan perilaku yang dikarenakan adanya pengendalian diri yang dilakukan oleh para remaja. Penelitian ini menggunakan jenis penelitian kualitatif, pengumpulan data menggunakan teknik observasi dan wawancara. Teknik analisis data yang digunakan adalah reduksi data, penyajian data, penarikan kesimpulan dan teknik validasi data. Dalam penelitian ini, diperoleh hasil bahwa faktor penyebab perilaku seks pra nikah yang dialami remaja disebabkan karena pengetahuan terhadap seks pra nikah yang dialami para remaja dan terdapat faktor keluarga dan faktor lingkungan sekitar. Adapun bentuk perubahan perilaku yang terjadi karena adanya kontrol diri pada pelaku seks pra nikah pada remaja ini menggunakan kontrol perilaku, kontrol kognitif serta pengambilan keputusan. Serta terdapat bentuk perubahan perilaku yang dialami remaja setelah melakukan hubungan seks pra nikah yakni berhenti melakukan seks pra nikah tersebut. kontrol kognitif serta pengambilan keputusan. Serta terdapat bentuk perubahan perilaku yang dialami remaja setelah melakukan hubungan seks pra nikah yakni berhenti melakukan seks pra nikah tersebut. kontrol kognitif serta pengambilan keputusan. Serta terdapat bentuk perubahan perilaku yang dialami remaja setelah melakukan hubungan seks pra nikah yakni berhenti melakukan seks pra nikah tersebut. Kata kunci: Self Control, Remaja, Seks Pra Nikah
REFLECTION OF INTERFAITH MARRIAGE IN INDONESIA
Authors: Sudarti Sudarti , Najib Ainun 
Published: February 2024

Abstract: Interfaith marriage has always been becoming a polemic, especially because of there is not yet awareness to impact long time toward own household and in society. Furthermore, it is so important to understand philosophically mean of forbidden interfaith marriage in perspective of maqasid ash-shari’ah. This study explains about interfaith marriage in perspective of maqasid ash-shari’ah as reflection efforts to consider benefits and damage, possibility bigger damage. There are two focus which is researched it. Firth, how is interfaith marriage in Islamic law and positive law in Indonesia. Second, how is reflection-analysis of maqasid ash-shari’ah to respond Islamic law and positive law.The results show that interfaith marriage, according to Islamic law and positive law, has been banned by them which is in line-relevant principles of maqasid ash-shari’ah on reflection-analysis. Base on reflection-analysis maqasid ash-shari’ah show that interfaith marriage, in side dharuriyah that will threaten the existence of priority descent-religion and soul, property and mind. Hajiyyah is to support and strengthen pro-Islamic law and positive law. Tahsiniyah is to educate people and society as preventive and participation to realize building a household which will become sakinah mawaddah warahmah finally. Keywords: Reflection; Interfaith marriage; Maqasid ash-shari’ah.
New Advances in Single-Phase Retarded Acids for Stimulating Carbonate Reservoirs
Authors: Danican S. , Gettemy D. , Izundu K. , Ziauddin M. , Yusuf T. , Abivin P. , Tardy P. M. J. , Daeffler C. 
Published: February 2024

Abstract
Single-phase retarded acid systems provide higher performance and operational efficiency benefits than systems based on unmodified HCl and emulsified acid. When combined with diverting fluid systems and modeling, they have proven to resolve many challenges operators experience with carbonate acidizing. Our work assessed a new advanced single-phase retarded acid. The new fluid can be formulated to reach the dissolving power of up to 28 wt% HCl and is stable at high temperatures.
First, static carbonate dissolution tests were conducted to screen the retardation performance of numerous chemicals. The thermal stability of selected retarder packages was evaluated in low-pH environments at temperatures up to 350°F. Wormhole experiments were then performed in Indiana limestone and Silurian dolomite cores at temperatures up to 325°F and with fluids of HCl strength ranging from 15 to 28 wt%. The rate of wormhole propagation was used as a measure to compare the performance of the acid systems.
The core flow testing showed that the new single-phase retarded acid is highly effective in forming dominant wormholes in both limestone and dolomite cores in a wide range of acid injection rate, temperatures between 125 and 325°F, and HCl concentrations ranging from 15 to 28 wt%.
The new single-phase retarded acid has a low viscosity, close to the viscosity of unmodified HCl, which should result in low friction pressure in field applications.
The pore volume to breakthrough data were incorporated into a model and allows predicting the radial performance of the new fluid in the field and examining different treatment scenarios. The results of the simulations show the significant improvement in achieved wormhole depth of the new fluid versus unmodified HCl.
The novelty of the new low-viscosity single-phase retarded acid is in the ability to efficiently extend the application envelope of this type of fluid towards the high temperatures and high carbonate dissolving power.
A Comprehensive Review of Techniques Enabling OHGP Completions in Low Frac Window Environment
Authors: Beldongar M. , Gadiyar B. , Jeanpert J. , Yeneapre A. , Bouguetta M. 
Published: February 2024

Abstract
Openhole gravel packing has proven to be one of the best sand control completion methods in the industry with high reliability and low skin. As more and more wells are being drilled in challenging environment (long drain lengths, depleted formation, wellbore stability concerns, presence of faults, etc.) with low fracture window, the ability to fully pack the openhole sections constrains the wider use of the method. Many techniques have been used to overcome the low fracture window challenge both in alpha beta and shunted gravel packing. This paper will review the techniques used in both gravel packing approaches, highlight their working mechanisms, and provide a comparison of these methods.
Techniques such as packing with friction reducer, BOP open, use of lighter carrier fluids, running diverter valves, wash-pipe less Bottom Hole Assembly (BHA), managed pressure gravel packing etc. have been successfully used depending on the available fracture margin, well configuration and gravel packing technique. The paper will briefly touch on the challenges leading to low fracture margin and the necessity to utilize one or a combination of the techniques to fully pack wells. It will then describe the working principle of each of the techniques, provide the advantages and disadvantages of the techniques. This will be complemented with several case histories showing how these wells were successfully completed despite the low fracture pressure window.
Successful Application of Pillar Fracturing in High Permeability Sandstone: An Injector Well Case Study in a Heavy Oil Field
Authors: Quintero A. , Sepúlveda E. , Reina, Halliburton J. , Morales D. , Rodriguez E. , Clavijo O. 
Published: February 2024

Abstract
The study field is a heavy-oil field with high water cut associated with oil production; conversion-to-injector well projects have been developed lately to increase asset production by defining injection patterns and sustaining reservoir pressure. Conventional acidizing treatments and hydraulic fracturing have been applied in these types of wells to handle the declination of performance of injector wells caused by several damage mechanisms, obtaining a short-lived water injection increase.
A different approach was taken here, with the implementation of pillar fracturing technique using a resin system to consolidate proppant pillars and enhance proppant pack conductivity and treatment longevity. Pumping schedule was designed to overflush and left no proppant mass in wellbore, an unconventional practice in this type of reservoir which led to decrease in operational times by precluding wellbore clean-up procedures after frac.
This paper presents the successful field application of pillar fracturing technique to increase water injection rate in a target formation with low success rate in previously executed hydraulic fracturing operations due to premature screen-out, causing this stimulation technique to be avoided for several years. The study presents the problem statement, followed by treatment design, job execution and post-treatment results.
Maximizing Production Recovery Through Innovative Formation Damage Treatment
Authors: Moen E. , Antonsen R. , Ejofodomi E. A. 
Published: February 2024

Abstract
Formation damage can be a major challenge in maintaining the productivity and profitability of aging oil and gas wells. Traditional solutions, such as bullheading chemical treatments from the surface, often provide only a temporary boost in production and fail to address the root cause of the formation damage. The lack of sustainable and reliable outcome from such methods, have played a critical role in the search for an alternate approach that can effectively address the presence of formation damage and sustainably boost the production recovery in existing producing wells,
This paper presents an innovative approach to overcome the adverse effects of formation damage and achieve sustained well production recovery. It is a data-driven process that integrates a downhole, hydraulically activated system to restore and sustain productivity of sub-par producing wells. The process involves selecting the proper well candidates, identifying the existing damage mechanism causing poor production, and designing the optimum treatment operationally deployed via a downhole, hydraulically activated system, specifically configured to match the wellbore condition and design requirements. This focused treatment delivery ensures sustained production uplift and increased operational reliability. Several field case studies are presented that demonstrates the effectiveness of this approach in eliminating formation damage and achieving sustained production recovery in existing wellbores.
Enhanced Injectivity Using Diversion Technology on Hydraulic Fracturing Jobs in Los Llanos Basin
Authors: Quintero A. , Sepúlveda E. , Reina J. , Bahamón J. 
Published: February 2024

Abstract
Conventional fracturing requires isolating one interval or a set of intervals hydrostatically to ensure the proper placement of proppant mass. This process involves considering various factors such as perforated length, formation permeability, and fluid leak-off performance to define the success of a hydraulic fracture. As the interval size increases, proppant placement becomes more challenging due to heightened fluid leak-off, incompetent fracture width, and increased hydraulic horsepower requirements.
To reduce workover rig hours and enhance efficiency in hydraulic fracturing operations, there is a need for added versatility. This paper aims to address this requirement by introducing a state-of-the-art particulate diverter in the Los Llanos basin; the implementation of this latest-generation diverter has proven instrumental in achieving operational goals.
Efforts to minimize workover rig hours align with current efficiency initiatives in hydraulic fracturing. The versatility introduced using a particulate diverter is detailed in this paper, showcasing its application in both producer and injector wells. The learning curve associated with the particulate diverter has paved the way for optimizing hydraulic fracturing dynamics, allowing for the execution of up to three pumping stages in a single pumping operation.
This paper outlines the workflow developed for the application of particulate diverter technology in multiple wells in the Llanos basin; the success of this implementation is attributed to a comprehensive learning curve that involved various stages, including diagnosis, design, simulations, laboratory tests, execution, and post-work results.
Two Phase and Single Phase Nitrified Gas Drilling on Sour Depleted Formation – Case History
Authors: Murtaza Muhammad , Arnone Maurizio , Ahmad Ahmad Ali Rafi 
Published: February 2024

Abstract
This paper presents the drilling and tripping operation of three 159mm main holes in the highly depleted and naturally fractured Keg River formation, which is used as a disposal well. The formation water is of sour (H2S) nature, and severe loss circulation was encountered during conventional drilling with single-phase fresh water. To eliminate loss circulation and formation contamination, a two-phase and single-phase nitrified gas drilling technique was utilized, along with careful planning of fresh water and cryogenic nitrogen injection rates to maintain an underbalanced condition in the annulus and adequate removal of drilled cuttings. A closed loop system was designed, and well returns were treated on surface for H2S content and stored in closed tanks to enhance safety. Based on offset well data, the pore pressure of the Keg River formation was estimated to be 1900-2600 kPa, much lower than the freshwater gradient. The paper discusses the lessons learned and insights gained from this pilot project to optimize future drilling projects in similar formations.
Novel, Solids-Free, Oil-Based Drill-In Fluid Additive for High-Density Applications
Authors: Nielsen G. , Baker J. , Thompson D. , Messler D. 
Published: February 2024

Abstract
Reservoir Drill-In Fluids-(RDF's) minimize damage in Open-Hole completions from mud filtrate and the invasion of the near-well bore by insoluble solids. Solids are well-known to pose an undesirable risk to the completion process and the reservoir itself. This paper presents the development of a novel, oil-based additive for RDF's that provides density up to 16.5 PPG equivalent, with no solids in its neat form.
As industry has begun to develop deeper, hotter wells, the need for fluids up to and including 16.5 PPG has increased. These fluids are generally purpose-designed for individual wells, after extensive testing and qualification to optimize non-damaging properties, while meeting drilling and completion criteria. These fluids commonly take two forms: (1) water-based, and (2) oil-external emulsion, based on reservoir properties, drilling difficulty, and environmental concerns.
Historically, the low specific gravity of the base oils used in oil-based RDF's puts them at a disadvantage in meeting density targets above 13 PPG, while also maintaining drilling properties. Using novel chemistry to address this problem, we executed an extensive amount of formulation, testing, and evaluation of candidate molecules to address the need for a liquid weighting agent.
The results from this development process include rheological, high-pressure high-temperature (HPHT) fluid loss, and other performance data. This novel chemistry has the potential to make a significant contribution to drilling performance and completion integrity, by delivering solids-free density to RDF formulations above 13 PPG.
DPC-Seq: Investigating the genome-wide distribution of DNA-Protein Crosslinks in time
Authors: Sluis Marjolein van , Janssens Roel C. , Marteijn Jurgen A. 
Published: February 2024

Abstract
DNA-protein crosslinks (DPCs) arise from enzymatic intermediates, metabolism or exogenous chemicals like chemotherapeutics. DPCs are highly cytotoxic as they interfere with DNA-based processes such as replication and transcription. To investigate the genome-wide distribution of DPCs, we have adapted previously published K-SDS precipitation protocols for analysis by quantitative PCR or next generation sequencing to determine the distribution of DPCs throughout the genome. After the induction of DPCs, the DPCs are isolated and subsequently the DPC-associated DNA is purified. This DNA can be analysed by real-time quantitative PCR or next generation sequencing. By performing this assay at different timepoint after damage induction, genomic regions that are preferentially repaired can be identified. This protocol can be used in wild-type and compared with cells deficient for repair proteins to study their involvement during DPC repair.
Assessment of the Quality of Patient-Oriented Internet Information on Fluorescence Image-Guided Surgery
Authors: Khalid Aizaz , Anuff Heena , Woodhead Sophie , Yeung Trevor M 
Published: February 2024

Abstract
Background: In the digital age, patients are increasingly turning to the internet to seek medical information to aid in their decision-making process before undergoing medical treatments. Fluorescent imaging is an emerging technological tool that holds promise in enhancing intra-operative decision-making during surgical procedures. This study aims to evaluate the quality of patient information available online regarding fluorescence imaging in surgery and assesses whether it adequately supports informed decision-making.
Method: The term “patient information on fluorescence imaging in surgery” was searched on Google. The websites that fulfilled the inclusion criteria were assessed using two scoring instruments. DISCERN was used to evaluate the reliability of consumer health information. QUEST was used to assess authorship, tone, conflict of interest and complementarity.
Results: Out of the 50 websites identified from the initial search, 10 fulfilled the inclusion criteria. Only 2 of these websites were updated in the last 2 years. The definition of fluorescent imaging was stated in only 50% of the websites. Although all websites mentioned the benefits of fluorescence imaging, none mentioned potential risks. Assessment by DISCERN showed that 30% of the websites were rated low and 70% were rated moderate. With QUEST, the websites demonstrated an average score of 62.5%.
Conclusion: This study highlights the importance of providing patients with accurate and balanced information about medical technologies and procedures they may undergo. Fluorescent imaging in surgery is a promising technology that can potentially improve surgical outcomes. However, patients need to be well-informed about its benefits and limitations in order to make informed decisions about their healthcare.