Meshari Alsharari - Publications, H-index & Citations

Meshari Alsharari

Al Jouf University

20H指数

129论文数

1.6K被引数

收录论文 79

发表时间

Spectral sensitivity enhancement of a graphene-based diamond-frame cross-shaped nanostructure biosensor with machine learning optimization for biomedical sensing 基于石墨烯的钻石框架十字形纳米结构生物传感器的光谱灵敏度增强及其在生物医学传感中的机器学习优化

Materials Today Advances

IF8

2026-09-01

PREAI

Aliqab, Khaled; Han, Bo Bo; Armghan, Ammar; Alsharari, Meshari; Flah, Aymen; Sharma, Yogesh; Patel, Shobhit K.

Next-generation terahertz metamaterial-based MIMO antenna design and machine learning optimization for enhanced broadband performance and high-fidelity wireless communication systems 下一代基于太赫兹超材料的MIMO天线设计及机器学习优化，用于增强宽带性能和高保真无线通信系统

Materials Today Advances

IF8

2026-08-27

OAAI

Ammar Armghan; Vishalkumar Mandaliya; Meshari Alsharari; Khaled Aliqab; Yogesh Sharma; Aymen Flah

Machine learning-assisted numerical optimization of a multilayer Ag/ BaTiO3/ZnSe surface Plasmon resonance biosensor for high-sensitivity glucose monitoring in diabetes management 机器学习辅助的多层Ag/BaTiO3/ZnSe表面等离子体共振生物传感器的高灵敏度血糖监测数值优化研究

Microchemical Journal

IF5.1

2026-07-01

PREAI

Armghan, Ammar; Alsharari, Meshari; Aliqab, Khaled; Kumar, U. Arun

Next-generation spectrally sensitive O-shaped biosensor for refractive index sensing and early cancer cell detection: AI-enhanced machine learning optimization 下一代光谱敏感O型生物传感器用于折射率传感和早期癌细胞检测：AI增强机器学习优化

Materials Today Advances

IF8

2026-06-20

OAAI

Ammar Armghan; Bo Bo Han; Meshari Alsharari; Aymen Flah; Yogesh Sharma; Khaled Aliqab; Shobhit K. Patel

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

IF4.5

2026-04-01

OAAI

Aliqab, Khaled; Han, Bo Bo; Armghan, Ammar; Alsharari, Meshari; Patel, Shobhit K.; Flah, Aymen

Design of ultra-broadband metamaterial solar thermal absorber structure based on Ti-MXene-SiO2-Ag material for heating application with machine learning approach 基于Ti-MXene-SiO2-Ag材料的超宽带超材料太阳能热吸收结构设计及其在加热应用中的机器学习方法

Ain Shams Engineering Journal

IF5.9

2026-03-09

OAAI

Meshari Alsharari; Raj Agravat; Khaled Aliqab; Ammar Armghan; Shobhit K. Patel

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

IF3.9

2026-01-03

OAAI

Ammar Armghan; Yogesh Sharma; Aymen Flah; Meshari Alsharari; Khaled Aliqab

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

IF3

2025-11-24

PREAI

Ammar Armghan; Jacob Wekalao; Khaled Aliqab; Meshari Alsharari; Shobhit K. Patel

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

IF3

2025-11-16

PREAI

Khaled Aliqab; Meshari Alsharari; Spyridon Nektarios Daskalakis; Ammar Armghan

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

IF6.4

2025-11-12

OAAI

Meshari Alsharari; Ammar Armghan; Khaled Aliqab

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

IF6.8

2025-11-04

OAAI

Khaled Aliqab; Dhruvik Agravat; Meshari Alsharari; Ammar Armghan; Shobhit K. Patel

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

IF6.4

2025-10-23

OAAI

Khaled Aliqab; Dhruvik Agravat; Ammar Armghan; Meshari Alsharari; Naim Ben Ali; Shobhit K. Patel

Hybrid optical communication systems leveraging orbital angular momentum multiplexing: multi-user access and performance analysis under diverse transmission scenarios 利用轨道角动量复用的混合光通信系统：多用户接入及不同传输场景下的性能分析

FRONTIERS IN PHYSICS

IF2.1

2025-09-17

OAAI

Singh, Mehtab; El-Mottaleb, Somia A. Abd; Alsharari, Meshari; Aliqab, Khaled; Armghan, Ammar

Ultra-sensitive terahertz biochemical detector via gold–graphene synergistic metastructures enhanced by machine learning optimization 基于金-石墨烯协同元结构并通过机器学习优化增强的超敏太赫兹生化探测器

Ain Shams Engineering Journal

IF5.9

2025-09-09

PREAI

Khaled Aliqab; Jacob Wekalao; Ammar Armghan; Meshari Alsharari; Shobhit K. Patel

High-speed and potentially scalable UWOC/UWB converged transmission link for underwater wireless optical sensor networks 高速且具有潜在可扩展性的UWOC/UWB融合传输链路，用于水下无线光传感器网络

FRONTIERS IN PHYSICS

IF2.1

2025-09-09

OAAI

Armghan, Ammar; Alsharari, Meshari; Aliqab, Khaled; Alrashdi, Ibrahim; Kanwal, Benish; Mirza, Jawad; Aziz, Imran

Multi-layer graphene solar thermal absorber investigation with Ti-InAs-In2Se3 materials for thermal energy storage applications 多层石墨烯太阳能热吸收器研究：基于Ti-InAs-In2Se3材料的热能存储应用

Case Studies in Thermal Engineering

IF6.4

2025-08-09

OAAI

Meshari Alsharari; Bo Bo Han; Ammar Armghan; Khaled Aliqab; Shobhit K. Patel

Smart design of graphene-Al-W-AlSb absorbers for next-gen ultrabroadband solar energy capture using machine learning 利用机器学习对石墨烯-Al-W-AlSb吸收器进行智能设计，以实现下一代超宽带太阳能捕获。

Case Studies in Thermal Engineering

IF6.4

2025-08-06

OAAI

Meshari Alsharari; Bo Bo Han; Ammar Armghan; Khaled Aliqab; Shobhit K. Patel

Ultrabroadband MXene-based thin wires with cylindrical ring-shaped thermal radiation solar absorber design for industrial thermal applications 超宽带基于MXene的细丝，采用圆柱环形热辐射太阳能吸收器设计，适用于工业热应用

Case Studies in Thermal Engineering

IF6.4

2025-08-05

OAAI

Ammar Armghan; Raj Agravat; Khaled Aliqab; Meshari Alsharari; Shobhit K. Patel

Plus-shaped ultra-wideband solar absorber based on MXene material for solar thermal heating applications using machine learning 基于MXene材料的十字形超宽带太阳能吸收器及其在太阳能热利用中的应用研究

Ain Shams Engineering Journal

IF5.9

2025-07-03

PREAI

Ammar Armghan; Raj Agravat; Shobhit K. Patel; Khaled Aliqab; Naim Ben Ali; Meshari Alsharari

Broadband high thermal radiation nanoscale near-perfect solar energy metamaterial for thermal applications 宽带高热辐射纳米级近完美太阳能超材料用于热应用

CASE STUDIES IN THERMAL ENGINEERING

IF6.4

2025-07-01

OAAI

Armghan, Ammar; Aliqab, Khaled; Alsharari, Meshari

研究方向