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An Improved Model Of Trans-Critical Ch4 And Co2 Adsorption In Coals Based On Monolayer Adsorption And Adsorption Potential Theories, Song Xuemei, Zhang Kun, Sang Shuxun, Ma Mengya, Liu Huihu, Xu Hongjie Jan 2026

An Improved Model Of Trans-Critical Ch4 And Co2 Adsorption In Coals Based On Monolayer Adsorption And Adsorption Potential Theories, Song Xuemei, Zhang Kun, Sang Shuxun, Ma Mengya, Liu Huihu, Xu Hongjie

Coal Geology & Exploration

Objective and Method Adsorbed phase density represents a key parameter for determining gas adsorption capacity in coals. Using bituminous coal samples from the Huainan and Huaibei mining areas in Anhui Province, this study carried out high-pressure isothermal adsorption experiments of CO2 and CH4 at temperatures of 24 ℃, 36 ℃, and 48 ℃. In combination with the quantitative characterization of pore structures in coals using low-temperature liquid nitrogen adsorption (LNA) experiments and mercury intrusion porosimetry (MIP), this study analyzed the high-pressure trans-critical CH4 and CO2 adsorption processes in coals. Meanwhile, based on the Gibbs excess adsorption, …

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Research Advances And Prospects Of Geologic Co2 Sequestration Models, Hu Chenlin, Dong Cheng, Sang Shuxun, Tang Yong, Li Xin, Zhang Bin, Zhao Lingfeng Jan 2026

Research Advances And Prospects Of Geologic Co2 Sequestration Models, Hu Chenlin, Dong Cheng, Sang Shuxun, Tang Yong, Li Xin, Zhang Bin, Zhao Lingfeng

Coal Geology & Exploration

Background The urgent need to respond to global climate change and to achieve carbon neutrality is driving geologic CO2 sequestration technology to be increasingly large-scale, safe, and intelligent. Since the CO2 sequestration process involves multi-physical field coupling, the engineering feasibility and long-term safety of CO2 sequestration heavily rely on the capacity of numerical models to perform accurate characterization of complex subsurface processes. Therefore, establishing a model system, covering the entire process consisting of injection, migration, sequestration, and monitoring, that is suitable for various geobodies for CO2 sequestration has emerged as a foundation for the engineering application …

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Distribution Characteristics And Mechanisms Of Ch4 And Co2 Adsorption In Montmorillonite Nanopores In Water-Bearing And Saline Environments, Du Kai, Rui Zhenhua, Qian Cheng, Chen Siwei Jan 2026

Distribution Characteristics And Mechanisms Of Ch4 And Co2 Adsorption In Montmorillonite Nanopores In Water-Bearing And Saline Environments, Du Kai, Rui Zhenhua, Qian Cheng, Chen Siwei

Coal Geology & Exploration

Background Carbon capture, utilization, and storage (CCUS) has emerged as a significant way to reduce greenhouse gas emissions under the guidance of the strategic goals of peak carbon dioxide emissions and carbon neutrality. With the continuous exploitation of unconventional hydrocarbon resources such as shale oil and gas, varying water-bearing and salinity conditions exert significant impacts on the occurrence stability and seepage behavior of CO2, thereby reducing the efficiency and safety of CO2 storage. Therefore, a thorough understanding of the competitive behavior and distribution patterns of CO2 and other gases in shale nanopores under varying water-bearing and …

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Multi-Scale Source-Sink Matching And Transportation Route Optimization For Geologic Co2 Sequestration Of Industrial Co2 Stationary Sources In Jiangsu Province, Tian Yuchen, Liu Shiqi, Zhang Helong, Mo Hang, Wang Dexi, Sang Shuxun, Wang Jun, Wang Wenkai, Zheng Sijian Jan 2026

Multi-Scale Source-Sink Matching And Transportation Route Optimization For Geologic Co2 Sequestration Of Industrial Co2 Stationary Sources In Jiangsu Province, Tian Yuchen, Liu Shiqi, Zhang Helong, Mo Hang, Wang Dexi, Sang Shuxun, Wang Jun, Wang Wenkai, Zheng Sijian

Coal Geology & Exploration

Objective CO2 stationary sources tend to show a dispersed distribution, while carbon sinks are concentrated in specific sedimentary basins. The resulting significant source-sink mismatch in space restricts the large-scale applications of carbon capture, utilization, and storage (CCUS) technology. Therefore, reducing CCUS costs by investigating source-sink matching and optimizing CO2 transportation routes under a multi-scale spatial framework is the key to the engineering applications of CCUS. Methods Targeting representative industrial CO2 stationary sources and carbon sinks in Jiangsu Province, this study established source-sink matching models on multiple scales covering hydrocarbon reservoirs, sags, and basins. Based on both the …

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Reaction Mechanisms During Co2 Absorption In Ethanolamine Solutions, Teng Weiwei, Wu Yan, Fan Yuxin, Liao Tao, Wang Zicheng, Yu Hui, Li Meng, Xu Xiaoling Jan 2026

Reaction Mechanisms During Co2 Absorption In Ethanolamine Solutions, Teng Weiwei, Wu Yan, Fan Yuxin, Liao Tao, Wang Zicheng, Yu Hui, Li Meng, Xu Xiaoling

Coal Geology & Exploration

Objective Presently, CO2 capture technology based on the ethanolamine solutions suffers from drawbacks such as high energy consumption and elevated costs. A primary method to address these challenges is to construct blended amine solutions by synergistically integrating the absorption and desorption advantages of different types of ethanolamines. Hydroxyethyl ethylenediamine (AEEA) and N-methyldiethanolamine (MDEA) represent two major commonly used absorbents, and their blending necessitates an accurate understanding of their CO2 absorption patterns, including CO2 loading capacity, the ion-concentration distribution patterns of reaction products, and reaction orders. Currently, their absorption mechanisms remain poorly understood, and there is a lack …

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Concept Of Cccus Technology For Co2 Recycling In Deep Unmineable Coal Seams, Liang Weiguo, Yan Jiwei, Zhu Dijie, Guo Hongguang, Gong Li, Niu Dong Jan 2026

Concept Of Cccus Technology For Co2 Recycling In Deep Unmineable Coal Seams, Liang Weiguo, Yan Jiwei, Zhu Dijie, Guo Hongguang, Gong Li, Niu Dong

Coal Geology & Exploration

Background China possesses substantial resources of deep unmineable coal seams, which hold considerable potential for CO2 sequestration. However, simply sequestrating CO2 in deep coal seams incurs high economic costs while also wasting deep coal resources. The microbial conversion of sequestrated CO2 into methane (CH4) enables circular carbon capture, utilization, and storage (CCCUS), which is of great significance for the sustainable development of both resources and the environment.Methods Using a range of methods, including experimental study, theoretical analysis, and engineering simulations, CCCUS in deep unmineable coal seams is designed to (1) reveal the mechanisms behind …

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A Method Of Carbon Emission Accounting And Pathways Of Emission Reduction Through Reduction Through Ccus For Underground Coal Mines, Xu Shen, Wang Meng, Dai Xuguang, Qiu Yuxin, Tuo Jialong, Li Wenhao, Gao Jie Jan 2026

A Method Of Carbon Emission Accounting And Pathways Of Emission Reduction Through Reduction Through Ccus For Underground Coal Mines, Xu Shen, Wang Meng, Dai Xuguang, Qiu Yuxin, Tuo Jialong, Li Wenhao, Gao Jie

Coal Geology & Exploration

Objective Coal production and utilization lead to substantial carbon emissions, and the carbon emissions from underground coal mines have attracted increasing attention. However, research on emission reduction pathways in coal mines remains nascent. Methods The Y Coal Mine was investigated in this study. Using methods including life cycle assessment (LCA), emission factor approach, and monitoring, this study identified the boundaries for carbon emission accounting and determined the sources, total amount, and characteristics of carbon emissions from the coal mine. Furthermore, a framework of carbon emission reduction through CCUS was established based on the principle of carbon capture, utilization, and storage …

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Performance And Carbonation Mechanisms Of Multi-Source Solid Waste-Based Carbon-Sequestering Backfill Materials For Coal Mines, Guo Qingwen, Li Dongyin, Wang Shen, Liu Songhui, Li Quanjiang, Li Song Jan 2026

Performance And Carbonation Mechanisms Of Multi-Source Solid Waste-Based Carbon-Sequestering Backfill Materials For Coal Mines, Guo Qingwen, Li Dongyin, Wang Shen, Liu Songhui, Li Quanjiang, Li Song

Coal Geology & Exploration

Objective The reutilization of solid waste such as coal gangue and steel slag is critical to green mining. Preparing solid waste-based carbon-sequestering backfill materials and then filling them into coal mine goaves emerge as an important approach to solid waste utilization, carbon emission reduction, and green coal mining.Methods Based on the designed mix proportions of a high-solid-waste system consisting of steel slag and coal gangue, in which steel slag was used to compensate for the insufficient carbonation reactivity of coal gangue, this study prepared solid waste-based backfill material samples composed of coal gangue, steel slag, and cement. Through mechanical …

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Huff-N-Puff Experiments Of Mixed Co2 And Formation Water For Enhanced Oil Recovery Of Shale Oil In The Subei Basin, Xiao Pufu, Zhang Jie, Yang Zhengmao, Wang Rui, Cui Maolei, Lei Mengmeng, Tian Yunfei, Zeng Jun, Liu Yuwei Jan 2026

Huff-N-Puff Experiments Of Mixed Co2 And Formation Water For Enhanced Oil Recovery Of Shale Oil In The Subei Basin, Xiao Pufu, Zhang Jie, Yang Zhengmao, Wang Rui, Cui Maolei, Lei Mengmeng, Tian Yunfei, Zeng Jun, Liu Yuwei

Coal Geology & Exploration

Objective In the Subei Basin, the depletion-drive development of shale oil following reservoir volume fracturing faces challenges such as rapid production decline and low oil recovery. To address these issues, this study explored an experimental method of CO2 + formation water (also referred to as carbonated water) huff and puff for enhanced oil recovery (EOR) by combining the felsic, clayey, and organic-rich characteristics of shale oil reservoirs in the Subei Basin, along with CO2 high pressure quality exchange technology. Methods Through multiple physical simulation experiments in the laboratory, combined with nuclear magnetic resonance (NMR) experiment technology, this study …

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Numerical Simulation Of Co2 Sequestration Combined With Enhanced Geothermal Energy Extraction In Deep Saline Aquifers, Xie Zehao, Zhang Liehui, Zhao Yulong, Cao Cheng, Kou Zuhao, Zhang Deping, Li Jinlong Jan 2026

Numerical Simulation Of Co2 Sequestration Combined With Enhanced Geothermal Energy Extraction In Deep Saline Aquifers, Xie Zehao, Zhang Liehui, Zhao Yulong, Cao Cheng, Kou Zuhao, Zhang Deping, Li Jinlong

Coal Geology & Exploration

Objectives and Methods Deep saline aquifers represent ideal spaces for geologic CO2 sequestration while also featuring high geothermal gradients and abundant geothermal resources. The combination of CO2 sequestration and geothermal energy extraction holds great significance for enhancing the CO2 sequestration effect and achieving integrated resource development of deep saline aquifers. Therefore, this study proposed a development approach that combined CO2 sequestration with geothermal energy extraction in deep saline aquifers and established a thermo-hydro-chemical coupling numerical simulation model of the gas-water two-phase flow. Accordingly, it explored the optimal injection mode, production and injection well patterns, and injection …

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Numerical Simulations Of The Impacts Of Co2-Induced Calcite Dissolution On The Permeability And Elastic Parameters Of Rocks, Yang Bo, Xu Tianfu, Feng Guanhong, Zhu Huixing Jan 2026

Numerical Simulations Of The Impacts Of Co2-Induced Calcite Dissolution On The Permeability And Elastic Parameters Of Rocks, Yang Bo, Xu Tianfu, Feng Guanhong, Zhu Huixing

Coal Geology & Exploration

Objective CO2 dissolution in water tends to induce mineral reactions, thus significantly changing the pore structure of rocks and further affecting their seepage and mechanical properties. This phenomenon poses a major impact on the suitability and long-term safety of geologic CO2 sequestration engineering. Methods Using a simulation technology that combines the lattice Boltzmann method (LBM) and the finite element method (FEM), this study systematically investigated the calcite dissolution characteristics of calcite-bearing rock samples under varying injection rates of a saturated solution of CO2. Furthermore, the dynamic evolution patterns of the permeability and elastic parameters (bulk and …

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Advances And Prospects Of Research On In Situ Co2 Mineralization Storage In Basalts, Wang Xiao, Wu Bin, Shi Xiangchao, Ye Zhongbin, Wei Bing, Wang Guanhua, Alvarado Vladimir, Huang Kailin, Yang Zeyong Jan 2026

Advances And Prospects Of Research On In Situ Co2 Mineralization Storage In Basalts, Wang Xiao, Wu Bin, Shi Xiangchao, Ye Zhongbin, Wei Bing, Wang Guanhua, Alvarado Vladimir, Huang Kailin, Yang Zeyong

Coal Geology & Exploration

Background CO2 storage in basalts, enjoying distinct advantages of rapid mineralization and high safety, has gradually emerged as a hot research topic both in China and abroad. This study presents a systematic review of the current status of research on the mechanisms of in situ CO2 mineralization storage, the evolutionary characteristics of the physical properties of strata under the condition of mineralization reactions, and representative demonstration projects. On this basis, the future research directions are proposed. Advances The in situ CO2 mineralization storage in basalts is essentially a process of CO2-water-rock reactions, achieved primarily through …

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Advances In Research On The In Situ Co2 Mineral Trapping In Buried Volcanoes, He Yanxin, Tian Wei, Xian Benzhong, Liu Pingping, Wei Mingcong, Wei Qiwen, Deng Xuanyu, Liu Jianping, Gu Jiapeng Jan 2026

Advances In Research On The In Situ Co2 Mineral Trapping In Buried Volcanoes, He Yanxin, Tian Wei, Xian Benzhong, Liu Pingping, Wei Mingcong, Wei Qiwen, Deng Xuanyu, Liu Jianping, Gu Jiapeng

Coal Geology & Exploration

Objective and Methods Driven by the goal of carbon neutrality, geologic CO2 storage has become a critical national priority in China. Compared to conventional reservoirs in sedimentary basins, such as saline aquifers, depleted hydrocarbon reservoirs, and unmineable coal seams, basaltic formations offer more significant advantages in geologic CO2 storage. Specifically, basaltic formations can form stable carbonates through reactions between CO2 and rock minerals while also exhibiting extensive distribution, considerable potential for CO2 storage, and low risk of CO2 leakage. The engineering feasibility of geologic CO2 storage in basaltic formations has been validated by the …

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Advances In Research On Geochemistry Of Co2 Storage In Basalts: Microscopic Mechanisms And Reaction Pathways, Ma Shijia, Xia Changyou, Gao Zhihao, Rui Zhenhua, Liang Xi Jan 2026

Advances In Research On Geochemistry Of Co2 Storage In Basalts: Microscopic Mechanisms And Reaction Pathways, Ma Shijia, Xia Changyou, Gao Zhihao, Rui Zhenhua, Liang Xi

Coal Geology & Exploration

Objective and Method The urgent need to reduce global greenhouse gas emissions has driven the development of CO2 mineral trapping in basalts. To gain further insights into the microscopic mechanisms and reaction pathways of the mineral trapping, this study systematically reviews the geochemical reaction mechanisms involved, with a particular focus on the differences in reaction pathways between supercritical and dissolved CO2 injection, the coupling between mineral dissolution and carbonate precipitation, and the key factors influencing these reactions. Advances In the case of supercritical CO2 injection, CO2 mineral trapping is achieved through multi-step coupling reactions in nanoscale …

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Human-Mediated Dispersal And Breeding Reshape Global Genomic Patterns In Black Soldier Flies, Peter Muchina, Johnson Kinyua, Fathiya Khamis, Chrysantus M. Tanga, Rawlynce Bett, Geoffrey Ssepuuya, Dorothy Nakimbugwe, Mikkel-Holger S. Sinding, Grum Gebreyesus, Goutam Sahana, Zexi Cai Jan 2026

Human-Mediated Dispersal And Breeding Reshape Global Genomic Patterns In Black Soldier Flies, Peter Muchina, Johnson Kinyua, Fathiya Khamis, Chrysantus M. Tanga, Rawlynce Bett, Geoffrey Ssepuuya, Dorothy Nakimbugwe, Mikkel-Holger S. Sinding, Grum Gebreyesus, Goutam Sahana, Zexi Cai

All Peer-Reviewed Publications

Human activities, either intentional or unintentional, have significantly influenced the global distribution and genetic composition of many species. The black soldier fly (Hermetia illucens; BSF) is a species native to North America that has rapidly gained commercial importance due to its bioconversion efficiency, upcycling organic waste into higher-value products. Through human-mediated dispersal associated with trade and insect farming, BSF has been introduced widely across the Old World, including Africa, where both wild and captive populations are now established. Despite its expanding global distribution, the demographic history and genomic consequences of these introductions remain poorly understood, particularly in Africa. This work …

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Common Best Proximity Point Theorems In Neutrosophic Complete Metric Spaces, V. Pragadeeswarar, A. Sreelakshmi Unni Jan 2026

Common Best Proximity Point Theorems In Neutrosophic Complete Metric Spaces, V. Pragadeeswarar, A. Sreelakshmi Unni

Neutrosophic Sets and Systems

No abstract provided.

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Strategies For Socio-Emotional Well-Being In Medical Training With Artificial Intelligence Using Neutrosophic Ahp, Regla Cristina Valdés Cabodevilla, Varna Hernández Junco, Zenia Batista Castro, Dra. Esp. Vivian González Aguilar Jan 2026

Strategies For Socio-Emotional Well-Being In Medical Training With Artificial Intelligence Using Neutrosophic Ahp, Regla Cristina Valdés Cabodevilla, Varna Hernández Junco, Zenia Batista Castro, Dra. Esp. Vivian González Aguilar

Neutrosophic Sets and Systems

No abstract provided.

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The Memory Of Place In Saudi Short Stories And Sketch Drawing, Dr. Ibrahim Bin Sarawi Ahmed Asiri Jan 2026

The Memory Of Place In Saudi Short Stories And Sketch Drawing, Dr. Ibrahim Bin Sarawi Ahmed Asiri

Journal of Arabic Sciences and Humanities

This study examines the “Memory of Place” as a manifestation of creative memory in the Saudi short story and visual arts through a semiotic approach integrating Lotman’s concepts and Peirce’s triadic model. It explores how place transcends geographical boundaries to become an “active semantic structure” and cultural sign that reproduces collective identity. The analysis reveals a shared rural “Semiosphere” between narrative and image, where meanings intersect to form a unified creative memory that reinterprets heritage amidst modern urbanization. The study concludes that the synergy between linguistic and visual media preserves spatial memory and reinforces the cultural presence of the Saudi …

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Belonging Through Research: How Engaging Undergraduate Efl Students In Authentic Research Experiences Affects Their Sense Of Belonging, Dr. Nawal Ibrahim Alhodithi Jan 2026

Belonging Through Research: How Engaging Undergraduate Efl Students In Authentic Research Experiences Affects Their Sense Of Belonging, Dr. Nawal Ibrahim Alhodithi

Journal of Arabic Sciences and Humanities

When undergraduate EFL students engage in authentic research, they begin to see themselves not merely as language learners but as legitimate researchers, a transformation that reshapes their academic belonging. This study investigates how authentic undergraduate research experiences influence English as a Foreign Language (EFL) students’ sense of belonging in a Saudi higher-education context. Using a mixed-methods design, data were collected from 122 female undergraduate EFL students enrolled in a Research Methods course. Quantitative data were gathered using an adapted multidimensional belonging survey measuring membership, acceptance, affective comfort, trust, and participation/withdrawal, while qualitative reflections captured students’ identity development and research perceptions. …

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Derivation From Underived Nouns Between Theory And Practice A Morphological And Semantic Study, Dr. Ibrahim Abdullah Ahmed Al-Zein Jan 2026

Derivation From Underived Nouns Between Theory And Practice A Morphological And Semantic Study, Dr. Ibrahim Abdullah Ahmed Al-Zein

Journal of Arabic Sciences and Humanities

Derivation is deemed one of the most significant sources for enriching and expanding the vocabulary of Arabic language. Arabs derive words not only from verbal roots but also from underived nouns—such as nouns of meaning, time, entities, and sounds. This study aims to present the opinions of linguists regarding derivation from underived nouns, in addition to examining the practical reality of this phenomenon through evidence from Arabic dictionaries and linguistic works, which confirm or prohibit permissibility thereof. The researcher adopts the descriptive method,. The study concludes that derivation from underived nouns is based on unwriten precedents, and due to the …

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The Image Of The Father In The Autobiography Of Saleh Al-Ghufaili A Psychological Narrative Study, Mohammed Bin Khalifa Bin Battah Al-Khazzi Jan 2026

The Image Of The Father In The Autobiography Of Saleh Al-Ghufaili A Psychological Narrative Study, Mohammed Bin Khalifa Bin Battah Al-Khazzi

Journal of Arabic Sciences and Humanities

This study examines the image of the father in Saleh Al-Ghufeili’s autobiography “My Life Journey” through a psycho-narrative lens. It employs tools from modern psychological theory—particularly Freud’s view that literary texts are largely emotional products shaped by unconscious stimuli—alongside narrative techniques to trace and interpret the father’s representation and its explicit and implicit meanings. The father’s image emerges as complex and psychologically charged. The narrator appears torn between an unconscious urge to settle unresolved conflicts with his father and a conscious attempt to construct an idealized paternal figure. However, this idealized image collapses when confronted with the contradictory, textually revealed …

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Al-Marrār Ibn Munqidh Al-ʿAdawī’S Mīmiyyah: A Study In Imagery And Intertextuality, Tami Bin Dughaylib Al-Shamrānī Jan 2026

Al-Marrār Ibn Munqidh Al-ʿAdawī’S Mīmiyyah: A Study In Imagery And Intertextuality, Tami Bin Dughaylib Al-Shamrānī

Journal of Arabic Sciences and Humanities

This study explores two key stylistic features in Al-Marrār ibn Munqidh al-ʿAdawī’s’ poem: poetic imagery and intertextuality, as they form the main structural and aesthetic basis of the poem. It highlights their psychological and artistic connotations through a descriptive-analytical and stylistic approach that examines the poem’s expressive and aesthetic aspects. The study includes an introduction outlining the problem, aims, method, and previous studies, followed by two sections: the first section analyzes the artistic image, its forms and meanings; the second section discusses intertextuality with earlier Arabic poetry and its influence on meaning. The conclusion shows that Al-Marrār used simile to …

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Insomnia, The Witch, And The Dark Passenger As Shadow Projections In Joharah Al-Remal's Al-Awsaj, Dr. Afaf Al-Enezi Jan 2026

Insomnia, The Witch, And The Dark Passenger As Shadow Projections In Joharah Al-Remal's Al-Awsaj, Dr. Afaf Al-Enezi

Journal of Arabic Sciences and Humanities

This study investigates how psychic repression and identity fragmentation are represented in Joharah Alremal’s Al-Awsaj (2023), asking how inherited trauma and the symbolic Dark Passenger shape the protagonist’s fractured selfhood. It aims to clarify the mechanisms through which insomnia, shadow projection, and the witch’s prophecies externalize unresolved familial wounds. Methodologically, the paper employs a psychoanalytic close reading informed by Jungian theory, situating the novel in comparative dialogue with Jeff Lindsay’s Darkly Dreaming Dexter (2004). The comparison examines both the universality of repressed destructive impulses and cultural trauma specific forms through which trauma manifests. The study finds that negotiations with the …

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Cultural Life In The City Of Nizwa During The Period (3-6 Ah / 9-12 Ad), Maryam Bint Abdul Latif Al-Nuaim Jan 2026

Cultural Life In The City Of Nizwa During The Period (3-6 Ah / 9-12 Ad), Maryam Bint Abdul Latif Al-Nuaim

Journal of Arabic Sciences and Humanities

This study discusses the scholarly life in the city of Nizwa from the 3rd to the 6th centuries AH (9th–12th centuries AD). During this era, Nizwa emerged as one of the most prominent centers of learning in eastern Arabian Peninsula and the Islamic world. The people of Nizwa relied on educational institutions such as mosques, kuttabs (traditional elementary schools), Qurʾanic schools, and scholarly circles to gain and spread knowledge. Scholars of Nizwa contributed to the development of Sharia Sciences and linguistic sciences. In addition, the city’s geographical location, political stability and interacting with other scientific centers helped to support the …

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Metrizability Of Topology, Precompactness And Semi-Compatibal Mappings In Neutrosophic Metric Spaces, Khaleel Ahmad, Umar Ishtiaq Jan 2026

Metrizability Of Topology, Precompactness And Semi-Compatibal Mappings In Neutrosophic Metric Spaces, Khaleel Ahmad, Umar Ishtiaq

Neutrosophic Sets and Systems

No abstract provided.

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Γ Neutrosophic Set, Kanimozhiraman Kanimozhiraman Jan 2026

Γ Neutrosophic Set, Kanimozhiraman Kanimozhiraman

Neutrosophic Sets and Systems

No abstract provided.

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A Novel Hybrid Distance-Based Similarity Measures For N-Valued Neutrosophic Trapezoidal Numbers And Its Applications, Vakkas Uluçay Jan 2026

A Novel Hybrid Distance-Based Similarity Measures For N-Valued Neutrosophic Trapezoidal Numbers And Its Applications, Vakkas Uluçay

Neutrosophic Sets and Systems

No abstract provided.

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Neutrosophic Tri-Metric Space And Its Topological Properties, Jamal Oudetallah, Wedad Alharbi, Rehab Alharbi, Ala Amourah, Abdullah Alsoboh, Faisal Al-Sharqi, Tala Sasa Jan 2026

Neutrosophic Tri-Metric Space And Its Topological Properties, Jamal Oudetallah, Wedad Alharbi, Rehab Alharbi, Ala Amourah, Abdullah Alsoboh, Faisal Al-Sharqi, Tala Sasa

Neutrosophic Sets and Systems

No abstract provided.

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Neutrosophic Logic In Energy Efficiency And The Circular Economy: Uncertainty Modeling In Power Grids, Omar Mar Cornelio, Barbara Bron Fonseca Jan 2026

Neutrosophic Logic In Energy Efficiency And The Circular Economy: Uncertainty Modeling In Power Grids, Omar Mar Cornelio, Barbara Bron Fonseca

Neutrosophic Sets and Systems

No abstract provided.

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An Approach For Solving Unconstrained And Constrained Neutrosophic Geometric Integer Programming Problems, Alaa Mokhtar, Mohamed Solomon, Rabie Mosaad, Eman Mostafa Jan 2026

An Approach For Solving Unconstrained And Constrained Neutrosophic Geometric Integer Programming Problems, Alaa Mokhtar, Mohamed Solomon, Rabie Mosaad, Eman Mostafa

Neutrosophic Sets and Systems

No abstract provided.

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