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A
Ammar Armghan
Jouf University
36
H指数
285
论文数
4.6K
被引数
0
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182
发表时间
发表时间
IF
被引数
Synergistic Integration of 2D Optical Materials with Strontium Titanate for High-Performance SPR Biosensing: Modeling, Simulation and KNN Validation
二维光学材料与钛酸锶协同集成用于高性能SPR生物传感:建模、仿真与KNN验证
Materials Today Communications
IF
4.5
2026-09-13
0
OA
AI
Ammar Armghan; Sultan S. Aldkeelalah; Arun Kumar U; Aymen Flah; Ivo Pergl; Muath Odeh
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Machine learning-optimized graphene-integrated refractory metasurface based absorber for broadband solar thermal energy conversion
机器学习优化型石墨烯集成耐火超表面基宽带太阳能热能转换吸收器
Energy Reports
IF
5.1
2026-09-12
0
OA
AI
Ammar Armghan; Khaled Aliqab; Meshari Alsharari; Pelluce Kabarokole
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Corrections to “A Metaheuristic Approach Based Feasibility Assessment and Design of Solar, Wind, and Grid Powered Charging of Electric Vehicles”
对“基于元启发式方法的可再生能源(太阳能、风能)与电网协同为电动汽车充电的可行性与设计”的修正
IEEE Access
IF
3.6
2026-08-20
0
OA
AI
Fayez Alanazi; Mohd Bilal; Ammar Armghan; Md Reyaz Hussan
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Next-generation spectroscopic detection of malaria-infected red blood cells using a machine-learning-optimized Au–TiO2–graphene surface plasmon resonance biosensor
下一代基于机器学习优化的Au–TiO2–石墨烯表面等离子体共振生物传感器对疟原虫感染红细胞的谱学检测
Materials Today Advances
IF
8
2026-07-17
0
OA
AI
Ammar Armghan; Bo Bo Han; Khaled Aliqab; Meshari Alsharari; Aymen Flah; Yogesh Sharma; Shobhit K. Patel
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Highly efficient graphene-based gold-ceramic material surface plasmon resonance biosensor: An artificial intelligence optimization for detecting organic compounds
基于石墨烯的金-陶瓷材料表面等离子体共振生物传感器:用于检测有机化合物的智能优化
Materials Today Advances
IF
8
2026-07-07
0
OA
AI
Meshari Alsharari; Bo Bo Han; Khaled Aliqab; Aymen Flah; Ammar Armghan; Yogesh Sharma; Shobhit K. Patel
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Bend-insensitive TOPAS-based terahertz photonic crystal fiber for tailored OAM transmission in for next-generation hybrid-wireless systems
抗弯性基于TOPAS的太赫兹光子晶体光纤,用于下一代混合无线系统中的定制轨道角动量传输
The European Physical Journal Plus
IF
0
2026-06-21
0
PRE
AI
Ammar Armghan; Sultan S. Aldkeelalah; Slim Chaoui; Bibhatsu Kuiri
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Performance investigation of 160 Gb/s inter-satellite laser communication transmission system based on OFDM and PDM transmission with advanced signal processing techniques
基于OFDM和PDM传输及先进信号处理技术的160 Gb/s星间激光通信传输系统性能研究
Scientific Reports
IF
3.9
2026-06-18
0
OA
AI
Ammar Armghan; Sultan S. Aldkeelalah; Slim Chaoui; Ali Elrashidi; Mehtab Singh; Somia A. Abd El-Mottaleb; Moustafa H. Aly
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Multi-modal data fusion and explainable artificial intelligence for smart traffic flow prediction in urban mobility networks
多模态数据融合和可解释的人工智能用于城市移动网络中的智能交通流预测
Egyptian Informatics Journal
IF
4.3
2026-06-11
0
OA
AI
Fayez Alanazi; Ammar Armghan; Ahmed Jamal Abdullah Al-Gburi; Amr Yousef
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Intelligent graphene-based metamaterial solar absorber: AI-driven parametric optimization for ultrabroadband absorptance enhancement in renewable energy systems applications and performance analysis
智能石墨烯基超材料太阳能吸收器:在可再生能源系统应用中基于人工智能驱动的参数优化实现超宽带吸收率增强及性能分析
Photonics and Nanostructures - Fundamentals and Applications
IF
0
2026-05-14
0
PRE
AI
Khaled Aliqab; Bo Bo Han; Ammar Armghan; Meshari Alsharari; Yogesh Sharma; Shobhit K. Patel
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Tunable graphene-ceramic composite sensor architecture providing ultra-sensitive electromagnetic response for highly accurate and early-stage cancer cell detection optimized with machine learning
可调石墨烯-陶瓷复合传感器结构,通过机器学习优化,提供超灵敏电磁响应以实现高精度早期癌细胞检测
Materials Today Communications
IF
4.5
2026-04-01
0
OA
AI
Aliqab, Khaled; Han, Bo Bo; Armghan, Ammar; Alsharari, Meshari; Patel, Shobhit K.; Flah, Aymen
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Broadband high-efficiency multi-resonator solar absorber based on a graphene/Fe2O3/W/Al layered metastructure: Finite element modeling and polynomial regression-driven optimization for solar-thermal energy conversion
基于石墨烯/Fe2O3/W/Al层状超构材料的宽带高效率多谐振器太阳能吸收器:太阳能-热能转换的有限元建模与多项式回归驱动的优化
International Journal of Thermal Sciences
IF
5
2026-03-24
0
PRE
AI
Ammar Armghan; Meshari Alsharari; Khaled Aliqab; U. Arun Kumar
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Performance enhancement of NRZ-based underwater optical wireless communication systems using square root detection under diverse water conditions
基于NRZ的水下光无线通信系统在多样化水体条件下的性能提升,采用平方根检测方法
Measurement
IF
5.6
2026-02-06
0
PRE
AI
Ammar Armghan; Sultan S. Aldkeelalah; Slim Chaoui; Mehtab Singh; Somia A. Abd El-Mottaleb
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Efficient and optimized blood cancer detection using engineered graphene-based silicon–TiN–silicon multilayered plasmonic sensor design with behaviour prediction using machine learning
利用工程化石墨烯基硅-氮化钛-硅多层等离子体传感器设计实现高效优化的血液癌症检测,并结合机器学习进行行为预测
Scientific Reports
IF
3.9
2026-01-03
0
OA
AI
Ammar Armghan; Yogesh Sharma; Aymen Flah; Meshari Alsharari; Khaled Aliqab
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Advanced Graphene Microstructure THz Metasurface Biosensor: High-Precision Waterborne Pathogen Identification with Machine Learning
先进石墨烯微结构太赫兹超表面生物传感器:基于机器学习的高精度水体病原体识别
Micro and Nanostructures
IF
3
2025-11-24
0
PRE
AI
Ammar Armghan; Jacob Wekalao; Khaled Aliqab; Meshari Alsharari; Shobhit K. Patel
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Pattern-free, thermally stable, broadband ZrN/GZO metasurface solar absorber for high temperature applications
无图案、热稳定、宽带的ZrN/GZO超表面太阳能吸收器,适用于高温应用
Micro and Nanostructures
IF
3
2025-11-16
0
PRE
AI
Khaled Aliqab; Meshari Alsharari; Spyridon Nektarios Daskalakis; Ammar Armghan
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Next-Gen O-Type Solar Thermal Absorber Engineered with Graphene-based MXene–SiO2–MXene Layers Using Machine Learning Techniques for Industrial Thermal Applications
下一代O型太阳能热吸收器:采用基于石墨烯的MXene–SiO2–MXene层及机器学习技术,用于工业热应用
Case Studies in Thermal Engineering
IF
6.4
2025-11-12
0
OA
AI
Meshari Alsharari; Ammar Armghan; Khaled Aliqab
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Graphene-based solar absorber's potential for improved solar thermal energy conversion with optimization using machine learning
基于石墨烯的太阳能吸收器通过机器学习优化提升太阳能热能转换的潜力
Alexandria Engineering Journal
IF
6.8
2025-11-04
0
OA
AI
Khaled Aliqab; Dhruvik Agravat; Meshari Alsharari; Ammar Armghan; Shobhit K. Patel
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Mathematical Modeling and Parametric Analysis of Terahertz Wideband Absorber Comprising RuO2-Based Resistive Metasurfaces
太赫兹宽带吸收器的数学建模与参数分析:基于RuO2电阻性超表面的研究
Journal of Electronic Materials
IF
2.5
2025-11-01
0
PRE
AI
Aldkeelalah, Sultan S.; Armghan, Ammar
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Watt-level high-OSNR continuous wave tunable figure-8 holmium-doped fiber laser for OWC systems
PLOS ONE
IF
2.6
2025-10-30
0
PRE
AI
Armghan, Ammar; Atieh, Ahmad; Aliqab, Khaled; Alsharari, Meshari; Mirza, Jawad; Chaoui, Slim; Ijaz, Muhammad
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Tunable graphene-based metamaterial thermal absorber design for thermal sensing applications with behaviour prediction using machine learning
基于可调谐石墨烯的超材料热吸收器设计,用于热传感应用,并利用机器学习进行行为预测
Case Studies in Thermal Engineering
IF
6.4
2025-10-23
0
OA
AI
Khaled Aliqab; Dhruvik Agravat; Ammar Armghan; Meshari Alsharari; Naim Ben Ali; Shobhit K. Patel
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研究方向
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合作学者
合作期刊
M
Muhammad Attique Khan
H 指数: 73 · 论文数: 344
王
王奕
(Yi Wang)
H 指数: 71 · 论文数: 653
S
Seifedine Kadry
H 指数: 68 · 论文数: 957
M
Mohammad Alibakhshikenari
H 指数: 60 · 论文数: 327
K
Kawsar Ahmed
H 指数: 60 · 论文数: 437
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