آقای دکتر افشین رشید متولد ۱۶ فروردین ۱۳۶۸ در تهران ، اُستادیار (گروه برق _ اَفزاره های میکرو و نانو اِلکترونیک) عضو هیات علمی دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران میباشد ؛ دارای ۲۱ مقاله کنفرانسی در داخل کشور و بیش از 356 مقاله ISI در مجلات و ژورنال های بین المللی خارج از کشور هستند. مقالات منتشر شده ایشان بیشتر در موضوعات تخصصی نانو الکترونیک ، نانو ترانزیستور ها ، نانو تراشه های الکتریکی ، نانو مدار های الکترونیکی ، نانو سیم های الکترونیکی و اَفزاره های میکرو و نانو اِلکترونیک تهیه شده است.همچنین ایشان سه بار در سال های ( 2023 و 2025 و 2026 ) عنوان "دانشمند دو درصد برتر جهان" از نگاه موسسه انتشارات الزویر (Elsevier) را کسب کرده اند.ایشان یکی از شخصیت های نخبه ، ممتاز و ارزشمند علمی " ایران و جهان " میباشند و بیشترین آمار ارجاع مقالات علمی را میان دانشمندان ایرانی در حوزه " اَفزاره های میکرو و نانو اِلکترونیک " را در سطح بین المللی به خود اختصاص داده است.
سمتهای علمی و اجرایی در دانشگاهها و مراکز علمی کشور
مقالات بین المللی خارج از کشور
- "Nano Particle In Nano _ Micro Electronic" «berkeley Electronic Press» 'journal article' (bepress) ,2020 "vol 52" (Page: 11 _ 13)
- "Electron beam nano-lithography (below 100 nm _ range 10 nm ) in the manufacture of graphene nano-transistors"" " « the Berkeley University Electronic Press» 'journal Electronic Science' Vol. 83 (2022) p. 22 - 24
- Molecular electronic nanotechnology nano assembler,, American Academia Journal Science independent ، Volume 28 ، Part 1 ، Page 8 _ 10 ، August 2022
- Electrical properties in electron-plasmonic nanostructures (Electric as properties) Journal of Modern Electronic Techniques ، Volume 48 ، Part 21 ، Page 48 _ 50 ، September 2022
- In Electronics, The Topic Of Nano-axis (Nano Memories; Nano Chips And Fast Nano Chips And Nano Electronics) With Less Weight And More Efficiency The Topic Of Nano-axis , American Open science journal (Electronic Education science) , Vol 4 , Page 36 _ 38 , March 2022
- (molecular nanoelectronics) A short description of the link between molecular and quantum nanoelectronics ، Electronic Journal of Contemporary Japanese Studies (ejcjs) ، August 2022 , Part 32 , Page 25 _ 28 , Issue 236_546 , Volume 15
- (Nano electrical-telecommunication antenna) Getting to know more about the internal structure of microstrip antennas (Microstrip Antenna) ؛ American Journal of Electrical and Electronic Engineering ؛ volume 17 ، part 25 ، page 32 _ 37 ؛ May 2020_ United States of America
- structure of nanomolecular memory , it is possible to substantially reduce the size of memory bits, thereby increasing the density of magnetic memory and its efficiency ؛Journal of Electrical and Power System Engineering American ؛Part 26 ؛Vol 18 ؛Page 18 _ 22 ؛September 2021
- the effect of quantum confinement on electrical conductivity ELK Asia Pacific journal of Electronic and communication Technology ؛Part 11 ؛Vol 19 ؛Page 14 _ 17 ؛February 2022 India
- nanodielectric performance of material and surrounding environment LSPR energy ؛international journal Electrical and Electronic American ؛Part 41 ؛Vol 32 ؛Page 56 _ 59 ؛14 August 2022
- Capacity overhead and energy storage in back-end nanostructures(SRAM Multi-Functional Memory),Asian Journal Of Electrical And Electronic Engineering (Malesya) ؛Part 32 ؛Volume 29 ؛Page 54 _ 58 ؛November 2021,
- N_RAM nanoelectric nano-memories Quantum structure and internal structure , International Journal of Advances In Power Electronics (India) ؛ Part 15 ؛Volume 23 ؛Page 69 _73 ؛January 2020
- Nano cloud capacitors electrical current ,International Journal Of Computational Intelligence & Application ؛Part 27 ؛Volume 11 ؛Page 18 _ 23 ؛September 2022
- Graphene Molecular Memories A new non-volatile charge trapping memory using isolated nano-graphene crystals and uniform distribution as a nano floating gate , The Journal Of Electronic Gamin And Esports, Manchester University (JEGE) ؛ Vol 13 ؛ Part 34 ؛ Page 36 _ 39 ؛ March 2022
- Duplication and Expansion of Nano Chips and Microarrays in the Biological Structure of Lab-on-a-Chip ؛The Australian journal of engineering ؛Vol22 ؛issue 8 ؛Page 18 _ 24 ؛ February 2022
- Molecular nanoelectronics and compounds (III-V) are the main factor in nano-devices such as nano-diodes ؛ ELSEVIER BV Journal ؛Netherlands Electronic Commerce Research And Application ؛Volume 42 ؛Part 37 ؛Page 41 _ 46 ؛November 2019
- Nano Super Memory Of Carbon Nano Tubes , International Journal of Electrical And Computer Engineering New Delhi (India) ؛Volume 5 ؛Number 1 ؛page 44 _ 49 ؛ Issue 4421_1338 ؛March 2019
- Nano Assemblers Include Nano-transistors And Nano-diodes, Can Be Used In Nanometer Robots, Nano-electromechanical Systems , International Journal Of Electrical And Data Communication (NewEngland) University ؛volume 1 ؛Issue 2 ؛Page 71 _ 76 ؛ September 2021
- Nano Transistors Are Made Of Nano Wires (Nws) That Allow Transistors To Shrink To Nano Scale , International Journal of advanced in communications Engineering (India) ؛volume 7 ؛Number 11 ؛March2020
- Bio_Molecular Electrical Nano Structures (Self-assembly) Bio_Molecular Nano Structure , International Journal for Computational Vision and Biomechanical (Norway) ؛Volume 5 ؛Number 9 ؛ Page21 _ 26 ؛August 2021
- Types of Nano Robots (Nano Robots) In Terms Of Classification And Structure , International Journal of Advanced Mechatronics And Robotics (New jersey) University ؛Volume 4 ؛Number 8 ؛ Page 7 _ 11 ؛November 2021
- "Nano antenna as a primary tool forabsorbing electromagnetic nano waves in nano telecommunications"«the berkeley Electronic Press» 'journal telecommunications'(bepress),2021"vol76"(Page:35_37)
- Fabrication Of Quantum Tunneling Nano Electronic Systems In Resonant Nano Diodes (Si And Gi) INTERNATIONAL Journal Of Control Theory And Application (India) : Volume 8, Issue 1, 2019
- Electronic Energy Production from (Lightwave) Nanotechnology، South African Journal ، vol 21، Page 65_67، Junary 2022
- FinFET nanotransistor downscaling causes more short channel effects, less gate control, exponential increase in leakage currents, drastic process changes and unmanageable power densities"", Elsevier Bv {Netherlands} , (2024), Vol 32 , No : 19
- transistor nMOS (with ultra-low power consumption, energy-efficient computing, during the sub-threshold range)"", Journal Electronic Elsevier Bv {Netherlands} , (2024), Vol 5 , No : 17
- "Review of: "Oligophenylene vanillin (silicon/germanium ) structured nanowires and cylinders for possible applications in electronic energy"", Journal Elsevier Bv {Netherlands} ,, (2023) , Vol 21 , No : 3
- "Review of: "Experiment (nanoelectronic memory) using small organic molecules Chlorophyll pseudo instead of charge storage capacitors"", Journal Elsevier Bv {Netherlands} ,, (2023), Vol 11 , No : 5
- "Review of: "Reproduction (electrical nano memories) by the method combined nanolithography (۱۲ V), Fast switching speed (۱ microsecond)"", Journal Elsevier Bv {Netherlands} , (2023) , Vol 7, No : 2
- "Review of: "Nano supercapacitor called (electrostatic) -- The total thickness of each < a i=4>electrostatic nanocapacitors only 25 nm"", Journal Elsevier Bv {Netherlands} , (2024) , Vol 3, No : 4
- "Review of: "High speed (doping) nMOS graphene transistor in p- and n-doping electronic circuits (positive and negative)"", Journal Elsevier Bv {Netherlands} , (2023) , Vol 10 , No : 1
- "Review of: "distribution of nanotubes by NIR-vis-UV absorption spectroscopyresulting in preparation like valence electrons (dopingP)"", Journal Electronic Elsevier Bv {Netherlands} , (2024) , Vol 9 , No : 3
- "Review of: "In general, an electrical nano-biosensor consists of an immobilized static biological system ( based on their own built-in immobilized static biological system)"", Journal Electronic Elsevier Bv {Netherlands} , (2024) , Vol 13 , No : 29
- "Review of: "Propagation of Oligophenylene vanillin nanowires by focused ion beam (FIB) nanolithography method (below ۱۰۰ nm - ۱۰ nm range)"", Journal Electronic Elsevier Bv {Netherlands} , (2023) , Vol 4 , No : 5
- "Review of: "(Field effect nano transistors) Nano transistor electronic quantity and ionization potential)"", Journal Electronic Elsevier Bv {Netherlands} , (2023) , Vol 192 , No : 345
- "Review of: "Normally, the length of nanowires is more than 1000 times greater than their diameter. This huge difference in ratio (length to diameter) compared to nanowires is often referred to as ۱D materials"", Journal Electronic Elsevier Bv {Netherlands} , (2024) , Vol 89 , No : 27
- "Nano Bio Electronic Sensors (Nano Bio Electronic) in The Form of Nano Electronic Technology That Has Dedicated Some Very Exciting Materials To Them To improve The Sensing Phenomenon", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 19 , No : 23
- "Active Nano Diamond Particles, Having Special Electronic Features, Are The Founders Of Completely New Types Of High-power Nano Electronic Devices", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 7 , No : 9
- "One-dimensional nanostructures, the possibility of improving the electrical-optical properties of nano-electronic par", ", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 6 , No : 11
- "Nano-Biosensors and Nano-Biochips in Moving Nano-Particle Molecules Through Dielectric Enhancement Through Vertical Nano-gap Architectures", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 9 , No : 5
- "Biological (Nano-Electro Sensors) and Lab on a Chip Micro-Elements of Diagnostic Laboratories ", Electronic Theory Journal scince , (Stanford University , California) , (2024) , Vol 8 , No : 11
- MEMS Bio Has a Wide Range of Applications in Environmental and Drug Screening and DNA Fragmentation , Electronic Journal scince , (Stanford University , California) , (2024) , Vol 12 , No : 10
- "Cadmium Selenide (CdSe) NanoBio Sensors for Detection of Cancer Tumors Using Fluorescence Characteristics", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 5 , No : 3
- "Electric Nano Biochips (Nano Biochip) in identification and Decoding (RNA _ DNA)", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 1 , No : 7
- "(Nano Telecommunication) The Microstrip Antenna is Designed to Operate at 100 MHz, But Has a Resonance of About 96 MHz", Electronic Journal scince , (Stanford University , California) , (2024) , Vol 11 , No : 1
- "Structure and Types of Nano Reactors in the Catalytic Process of Electrical Porous Materials, Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 3
- Application of Single-Walled and Multi-Walled CNT and CNTs Carbon Nanotubes in Aerospace industries , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 4
- Nano Transistor With Graphene Nano Sheets (GA) ,The Role of Graphene Nano-Plates (GA) in The Construction of Nano Transistors , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 6
- Self-organized Electrical Nanostructure Electronic DND Means a Naturally Made Material Containing, Electronic Journal scince , (Stanford University , California) , (2025) , Vol 9 , No : 3
- The Term "Nano-Transistor" Comes From The Combination of "Nano-scale" in Transmission And Resistance , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 8 , No : 2
- "Nanoantennas Distribution of Alternating Current (With a Wavelength That Is 100 Times Smaller Than the Wavelength of Free Space)", Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 3 , No : 1
- "Examining the Band Gap Structure of Nano-Electronic Devices, in Addition to Introducing a Method for Researching the Performance of One-Dimensional Systems , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 16 , No : 3
- "Nanoelectronics Technology has Dedicated some Very Exciting Materials to Improve the Sensing Phenomenon", Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 17 , No : 4
- "Signal Measurement Electrochemical Methods are very Suitable for Detecting Direct DNA Oxidation because Electrochemical Reactions Directly Generate Electronic Signals , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 18 , No : 5
- Nano Fullerenes with The Ability to Store Electrostatic Energy That can be Used as Nano Supercapacitors With Very High Capacity , (Manchester University Press Journal , England) , 2025
- Review of: "Nano wire immersion method (structure and function) , Journal Electronic Elsevier Bv {Netherlands} , (2022) , Vol 4 , No : 2
- Review of: "The concept of (Nano assembler) in smart electronic nano structures , Journal Electronic Elsevier Bv {Netherlands} , (2022) , Vol 3 , No : 5
- Electronics and Nano Lasers (Continuous Waves or CW ) Structure and Function , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 8 , No : 6
- The Carbon Atoms Of a Graphitic Sheet (Graphene) Form a Planar Lattice Network Electronic Journal scince , (Stanford University , California) , (2025) , Vol 9 , No : 5
- ,Electronics and Division Based on The Wavelength of The Output Beam and The Wavelength of The Output Beam of Electronic Journal scince , (Stanford University , California) , (2025) , Vol 8 , No : 7
- Nano lithography of stencil mask (resolution up to 20 nm) in the manufacture of wafer nanowires , (Stanford University , California) , (2025) , Vol 4 , No : 3
- Interferential Nanolithography (IL) and Nano-Opto-Electronics , (Stanford University , California) , (2025) , Vol 4 , No : 6
- (Nano Telecommunication) Use of Audio Signals to identify Attractive Molecular Activity ((interaction) Or (Active Orbit)) , (Manchester University Press Journal , England) , 2025
- "The Growth Mechanism Of CCVD Nanotubes in Production (Nanotransistor - Nanochips) , (Manchester University Press Journal , England) , 2025
- Review of: "Production of nano supercapacitors using nanoparticles (a piezoelectric and ferroelectric material) , Journal Elsevier Bv {Netherlands} , (2023) , Vol 204, No : 5
- Review of: "bipolar transistors (pMOS) have a state voltage connected (Von) around ۲ to ۳ volts , Journal Elsevier Bv {Netherlands} , (2023) , Vol 205 , No : 7
- Review of: "Many types of electrical nano-sensors using CP nanomaterials designed for nano-biological applications , Journal Electronic Elsevier Bv {Netherlands} , (2023) , Vol 207 , No : 19
- Atomic force microscope (AFM) is one of the optical nano-electrical devicesElectronic Journal scince , (Stanford University , California) , (2025) , Vol 14 , No : 6
- Architecture Optimization of Multi-element and Traditional Multi-technology Nano-optical Circuits Using Optical Behavior , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 7
- Investigating The Nanotechnology of Electromagnetic Irrigation in The Nano-Agricultural System , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 8 ,
- "All Molecular-Based Electrochemical Nano-Biosensors Depend on a Very Specific System to Detect or Track The Target Molecule", (Manchester University Press Journal , England) , 2025 , Vol 17 , No : 6
- "Part of The Process (Discharging) for Electric Nanotubes Electrically Conductive Graphene Nanoribbons and Mutation of Multi-layered and Single-layered Nanotubes", (Manchester University Press Journal , England) , 2025 , Vol 17 , No : 7
- Performance Check Rectenna System Nano Antenna Sat Wavelengths of ۱۰ Micrometers , (Manchester University Press Journal , England) , 2025 , Vol 17 , No : 7
- "Production of Electric Voltage and Very High Surface Density in The Structure of CNTs Carbon Nanotubes , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 11 , No : 7
- Nano Rectenna Power Transmission in The Microwave Band (Nano Telecommunication) , (Manchester University Press Journal , England) , 2025 , Vol 17 , No : 9
- "Telecommunication Theories Play a Special Role in The Modeling, Analysis and Design of Molecular Nano Communication Systems , (Manchester University Press Journal , England) , 2025 , Vol 17 , No : 10
- "Cobalt Nanowires Technology in The Approximate Dimensions of ۱ to ۱۰۰ nm, Where Only one Phenomenon of its Kind Offers Descriptive Applications, is in The Capacity of Matter , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 1
- "Nano Transistor With Graphene Nano Sheets (GA) ,The Role of Graphene Nano-Plates (GA) in The Construction of Nano Transistors , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 2
- Investigating The Production and Reproduction of Cobalt Nanowires , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 4
- Investigating and Analyzing The Processes of Nanowires Reproduction on Silicone Wafers , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 5 :
- "Investigating the ability to control the dimensions of raw materials (nanochips) and the structure of Taylor's nanocone by changing the field strength and subsequently (jet charge density) , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 6
- Investigation and Analysis of The Role of Silicon in Nano Wires (Nano Wire) , (Manchester University Press Journal , England) , 2025 , Vol 18 , No : 5
- , Oligophenylene Vanillin Nanowires Are Very Thin - it is Possible To Create Nanowires With a Diameter Of Only One , Electrical Engineering eJournal , Vol. 7 No. 229 , 2025 , (Manchester University Press Journal , England)
- Nanowires Are Quasi-dielectric Nanostructures. , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 13 , No : 1
- Investigating The Propagation of Cobalt Nanowires Using The Electron Deposition Technique , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 13 , No : 4
- Wafer Reproduction of Nanowires Silicone Wafer and Mounting or Growth of Nanowire Particles , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 13 , No : 5
- "Oligophenylene Vanillin Nanowires Are Very Thin - it is Possible To Create Nanowires With a Diameter Of Only One Nanometer , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 13 , No : 6
- Fabrication of Arrays of Vertically Aligned Cobalt Nanowires on Flat Surfaces as Well as Field Emission (FE) , Electronic Journal scince , (Stanford University , California) , (2025) , Vol 13 , No : 8
- Investigating The Advantages of Bio-electronic Nano Robots Electronic Journal scince , (Stanford University , California) , (2025) , Vol 14 , No : 15
- The Link Between Nanoelectronics and Bio-electronic Nano-robots Electronic Journal scince , (Stanford University , California) , (2023) , Vol 14 , No : 13
- "Nobots (micro nanomedical robots) are small machines in the nanoscale (nanoparticles) that are designed to perform specific and sometimes repetitive operations with very high precision , Electronic Journal scince , (Stanford University , California) , (2023) , Vol 2 , No : 23 :
- Investigation and Analysis of Electromagnetic Nature (Nano wire) , Electronic Journal scince , (Stanford University , California) , (2023) , Vol 3 , No : 32
- "Investigation and analysis of nano supercapacitors based on three-dimensional graphene 3DGNs (classification and structure) , Electrical Engineering eJournal , Vol. 3 No. 89 , 2024 , (Manchester University Press Journal , England)
- Investigating the production and reproduction of nanowires using nano-electron lithography , Electrical Engineering eJournal , Vol. 3 No. 93 , 2024 , (Manchester University Press Journal , England)
- Nano Supercapacitor Called (Electrostatic) -- The Total Thickness of Each Electrostatic Nanocapacitor is Only 25 nm , Electronic Journal scince , (Stanford University , California) , (2023) , Vol 2 , No : 28
- Nano wires are made and produced by the (galvano-static deposition) method, The Huffington Post Journal , Inc. (London _ England) , (2023) , Vol 32, No : 3
- Fabrication methods of vertically aligned cobalt nanowire arrays on flat surfaces as well as field emission (FE) , The Huffington Post Journal , Inc. (London _ England) , (2024) , Vol 37, No : 8
- "About the electrical characteristics and the process of making a nanocapacitor structure using (metal-insulator-carbon-metal nanotube layers) , The Huffington Post Journal , Inc. (London _ England) , (2023) , Vol 32, No : 5
- "Investigation and analysis of (electrical nanoparticles) Nano_Lithim, The Huffington Post Journal , Inc. (London _ England) , (2023) , Vol 32, No : 9
- Coating Agent or Stabilizer in Nanoelectronics (Electrical Nanoparticles) ,The Huffington Post Journal , Inc. (London _ England) , (2024) , Vol 37, No : 18,
- Investigating the reproduction and production of nanowires ( NWS) or doped nanowires , International Journal of Quantum Chemistry , volume 17 ، part 25 ، page 32 _ 37 _ (2023) _ United States of America
- "Electronics and Division Based on The Wavelength of The Output Beam and The Wavelength of The Output Beam of Nano Laser _ Vol 42, No : 19 ( 2023) , Taylor & Francis Journal and (Portland State University)
- "Nano fluorescences and their application in various fields such as electronic applications (making nano electrodes used in certain electrical circuits, nano photonics) ,Vol 48, No : 17 ( 2024) , Taylor & Francis Journal and (Portland State University)
- Multiplication of Nano Memories (Quantum electricity) By the Method Combined Nanolithography , Vol 42, No : 19 ( 2025) , Taylor & Francis Journal and (Portland State University)
- "Nano-optical wafers are produced using the nano-lithography process on wafers with a diameter of 100 or 150 mm. Nano-optical chips are created from small wafers , Vol 59, No : 12 ( 2025) , Taylor & Francis Journal and (Portland State University)
- "Self-organized electrical nanostructure of DND in mesoscopic nanostructures and improvement of thermal stability of Si/Cu sputtering layer , Vol 62, No : 39 ( 2025) , Taylor & Francis Journal and (Portland State University)
- "Explaining The Relationship Between Electronics and Nano Photonics / Nano Electronics , Vol 63, No : 41 ( 2025) , Taylor & Francis Journal and (Portland State University)
- Self-organized Electrical Nanostructure of DND in Multi -Layered Nanostructures Espatterning , Journal of Electrical Electronics Engineering(JEEE) , (2024) , Vol 5 , No : 17 , (San Francisco university)
- "Self-organized Electric Nanostructure, a Combination Of (Metal Nanotube) and Reaction With Hydrogen and Fluorine Gas , International Journal of Quantum Chemistry , volume 17 ، part 25 ، page 32 _ 37 _ (2023) _ United States of America
- "Structure and Types of Nano Reactors in the Catalytic Process of Electrical Porous Materials", Authorea, Inc., Journal of Electrical Electronics Engineering(JEEE) , (2023) , Vol 3 , No : 09 , (San Francisco university)
- "Strings And Micro-Cylinders of Structured Nanowires (Silicon/Germanium) For Possible Applications in Electronic Energy , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 9 , No : 23 , (San Francisco university)
- "Fullerenes Are Molecules in The Range of (Nanometers). Diamonds Are a Type of Fullerenes. Fullerene is The Second Best Electric Nano Semiconductor in The World , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 13 , (San Francisco university)
- Review of: "Getting to know more and introducing different components and units of microcontrollers, he Huffington Post Journal , Inc. (London _ England) , (2022) , Vol 25 , No : 6
- "Review of: "Power of nano holes in (electric nano supercapacitors) , Huffington Post Journal , Inc. (London _ England) , (2023) , Vol 31 , No : 6 :
- Review of: "Nanochemical electrochemical sensors and a method called as say sandwich component Three , Nature British scientific journal , Vol 132 , No 83 (London, England)
- Atomic Force Nano Microscope (AFM) is One of the Optical Devices , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 79 , No : 14
- Investigating the Nanotechnology of Electromagnetic Irrigation in the Nano-Agricultural System , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 78 , No : 13
- "All Molecular-Based Electrochemical Biosensors Depend on a Highly Specific System for Detecting or Tracking the Target Molecule , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 81 , No : 15
- "Nano Lasers (Continuous Waves or CW) Structure and Function , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 81 , No : 17
- Nano Carbon Atoms Of a Nano Graphitic Sheet (Graphene) Form a Planar Lattice Network , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 83 , No : 17
- Morphology and phases of nanowires/nanotubes by transmission electron microscope (TEM) and X-ray diffraction (XRD) respectively , The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 41 , No : 23
- The Wavelength of The Output Beam and The Wavelength of The Output Beam of Nano Laser , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 84 , No : 18
- "Nano Uorescences and their Application in Various Elds such as Nano Electronic Applications (Making Nano Electrodes used in Certain Electrical Circuits, Nano Photonics) , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 85 , No : 19
- Scanning Tunneling Microscope (STM) or Scanning Probe Nano Lithography or (SPL) in the Range (Below 20 Nanometers) , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 87 , No : 23
- Investigating The Catalysis of Nano Particles in The Process of Simulating Carbon Nanotubes and CNTs , Electronic Journal Elsevier BV {Netherlands} , (2026) , Vol 256 , No : 7
- Collection of Nanoparticles and Nano Biosensing Tools for use in The Simulation Process of Nanoparticles , , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 14 , No : 25 , (San Francisco university)
- "Nano Cloud Capacitor Section Nano Supercapacitors and ( LSPR energy) Dielectric Nano Carbon ( Active Piezoelectric Material) , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 11 , No : 26 , (San Francisco university)
- Investigating The Catalytic Properties of Nanoparticles and increasing The Power of Multiples in Electronic Conduction , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 12 , No : 27 , (San Francisco university)
- Chemical Vapor or CVD Method in The Synthesis of Crystal Nanoparticles , Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 15 , No : 28 , (San Francisco university)
- "The Effect of Reaction Temperature on The Size and Structure of Nanoparticles and The Nanoelectrochemical Structure of Nanomaterials , Journal of Electrical Electronics Engineering(JEEE) , (2024) , Vol 7 , No : 18 , (San Francisco university)
- Quantum Nano wires" exploit quantum mechanics to produce wires with a wide range of unique electrical , The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 47 , No : 21
- Nanowires are very thin - it is possible to create and manufacture nanowires with a diameter of only one (nanometer) ,Vol 51, No : 19 ( 2024) , Taylor & Francis Journal and (Portland State University)
- The use of nano photoelectric process in the production of electronic nanowires ,Vol 52, No : 23 ( 2024) , Taylor & Francis Journal and (Portland State University)
- Structured nanowires and cylinders (silicon/germanium) for possible applications in electronic energy ,Vol 53, No : 18 ( 2024) , Taylor & Francis Journal and (Portland State University)
- Surface Plasmons for Gold Nanoparticles (Meaning More Conductivity) ,Vol 54, No : 26 ( 2024) , Taylor & Francis Journal and (Portland State University)
- "A scalable, extensive and non-destructive trapping method based on dielectric forces to collect nanoparticles and nano-biosensing tools ,Vol 56, No : 29 ( 2024) , Taylor & Francis Journal and (Portland State University)
- Investigating the structure of electromagnetic nanoparticles (multifunctional) with superparamagnetic properties ,Vol 61 , No : 32 ( 2025) , Taylor & Francis Journal and (Portland State University)
- Coating Agent or Stabilizer in Nanoelectronics (Electrical Nanoparticles) ,Vol 62, No : 35 ( 2024) , Taylor & Francis Journal and (Portland State University)
- Genome Nano Biochip is Used For Various Biomolecule Assay Applications. Which includes Many Biomolecular Nano-Sensing Techniques, The Huffington Post Journal , Inc. (London _ England) , (2024) , Vol 30, No : 12
- Investigating and analyzing the degree of order and dimensions of nanowires produced using templates , The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 64, No : 38
- Investigating and Analyzing The Processes of Nanowires Reproduction on Silicone Wafers , The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 68, No : 36,
- Nano Rectenna Power Transmission in The Microwave Bande (Nano Telecommunication), Electrical Engineering eJournal , Vol. 17 No. 235 , 2025 , (Manchester University Press Journal , England)
- UV interference Nanolithography (Optical Nano-Electronics) , Electrical Engineering eJournal , Vol. 20 No. 241 , 2025 , (Manchester University Press Journal , England)
- Structure and Types of Nano Reactors in the Catalytic Process of Electrical Porous Materials", American Journal of Electrical and Electronic Engineering ؛ volume 20 ، part 29 ؛ 2024 _ United States of America
- Nano Lithography of Stencil Mask (Resolution up To 20 nm) in The Manufacture of Wafer Nanowires", American Journal of Electrical and Electronic Engineering ؛ volume 22 ، part 34 ؛ 2025 _ United States of America
- (Nanoelectronics - Plasmonic) and The Approach of Nanoplasmonic Technology Towards The Assembly Of Optical Nanoelectronics Circuits , Nature British scientific journal (2024) , Vol 134 , No 86 (London, England)
- Buckminster Fullerene Explanation From The Point Of View Of Nanoscience And Nanoelectronics",, Nature British scientific journal (2025) , Vol 136 , No 88 (London, England)
- (Nanoelectronics - Plasmonics) Model Experiments With, for Example, Microwaves and Larger Metallic Structures", , Nature British scientific journal (2024) , Vol 131 , No 80 (London, England) ,
- nMOS Transistors (Correct Pronunciation: en _ mos) Amplify The Current Depending On The Direction of The Electric , Nature British scientific journal (2024) , Vol 131 , No 82 (London, England)
- The Switching Efficiency ( nMOS transistor) Can Block a Voltage Of Several Hundreds Of Volts With a Few Milliamps , Nature British scientific journal (2025) , Vol 130 , No 79 (London, England)
- "Theory, modeling and simulation as a predictive design tool widely in the reproduction and fabrication of dynamic molecules of " SWCNT nanotubes and SWCNTs " to produce electric current", Nature British scientific journal (2024) , Vol 128 , No 77 (London, England)
- "Communication Between The Feeding System And The Physical Communication Platform Between Different Parts of a Nano System and Nano Antennas (Rectenna), The Huffington Post Journal , Inc. (London _ England) , (2023) , Vol 30, No : 7
- Performance improvement in Nano dipole L/d in Nano Electric Antennas < a i=4>(Rectenna)", European Journal of Electrical Engineering and Computer Science (EJECE) , 2023 , Vol 8 , No 6, (London _ United Kingdom)
- Placement of Rectenna Suitable in ،The Feed Slot Location Electric Nano Antenna Rectenna", European Journal of Electrical Engineering and Computer Science (EJECE) , 2023 , Vol 7 , No 5, (London _ United Kingdom)
- Genome Nano Biochip , a Bioelectronic and Microarray Device , European Journal of Electrical Engineering and Computer Science (EJECE) , 2024 , Vol 9 , No 8 , (London _ United Kingdom)
- Electrical Nano Biosensors and Measurement of Biological Responses",European Journal of Electrical Engineering and Computer Science (EJECE) , 2024 , Vol 9 , No 10, (London _ United Kingdom)
- NEMS and nanotechnologies with high aspect ratio (LIGA-like and LIGA) or (high-aspect ratio) , , European Journal of Electrical Engineering and Computer Science (EJECE) , 2024 , Vol 11 , No 13, (London _ United Kingdom)
- Changing some properties such as conductivity in electromagnetic properties in nanowires",European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 13 , No 16, (London _ United Kingdom)
- "''Electrochemical nano-sensors'' and Absorption voltammetry method surface nanomolecules (Stripping Adsorption Voltammetry)", European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 14 , No 15 , (London _ United Kingdom)
- (Nano Telecommunication) Nanotube Antennas (CNTs) or Multilayer and Graphene Nano Tape (GNRs) , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 29 , No 15 , (European Union Country)
- A complete review of (nano bioelectrical nano biosensors) and stripping adsorption voltammetry method of surface nano molecules , International Information and Engineering Technology Association , 2025 , Vol 16 , No 13 , (Edmonton _ Canada)
- Nano-plasmonic and nanoelectronic pattern is one of the miniaturization techniqu , International Information and Engineering Technology Association , 2024 , Vol 15 , No 12 , (Edmonton _ Canada)
- "Review of: "Testing the link between Nano Memory Moulcolar graphene molecular nano memories and graphene nano transistors to reproduce and produce this type of electrical nano memory , Ieee Canadian Journal Of Electrical And , (Edmonton _ Canada) Computer Engineering (2023), Vol 10 , No : 21
- Review of: "Getting to know more and introducing different components and units of microcontrollers, , Ieee Canadian Journal Of Electrical And , (Edmonton _ Canada) Computer Engineering (2023), Vol 11 , No : 23
- Review of: "Buckminsterfullerene explanation from the point of view of nanoscience and nanoelectronics , Ieee Canadian Journal Of Electrical And , (Edmonton _ Canada) Computer Engineering (2023), Vol 13 , No : 25
- Review of: "Power of nano holes in (electric nano supercapacitors) , Ieee Canadian Journal Of Electrical And Computer Engineering (2023), Vol 14 , No : 25 , (Edmonton _ Canada)
- Review of: "(high-aspect ratio) nanotechnologies - a description of the surface and body (BULK) , , Ieee Canadian Journal Of Electrical And , Computer Engineering (2023), Vol 16 , No : 27 , (Edmonton _ Canada)
- Review of: "Wireless connection between Nano Bio sensors , , Ieee Canadian Journal Of Electrical And , Computer Engineering (2023) , Vol 18 , No : 29 , (Edmonton _ Canada)
- "Review of: "Lindemann change (change structure) and the effect of DC voltage on the diameter and morphology of nanostructures Nano structure"", Ieee Canadian Journal Of Electrical And , (Edmonton _ Canada) Computer Engineering (2023), Vol 21 , No : 32
- "Review of: "Theory, modeling and simulation as a predictive design tool widely in the reproduction and fabrication of dynamic molecules of " SWCNT nanotubes and SWCNTs " to produce electric current , , International Information and Engineering Technology Association , 2023 , Vol 19 , No 33 , (Edmonton _ Canada)
- Review of: "Explaining the relationship between electronics and nano photonics / Nano Photonics , International Information and Engineering Technology Association , 2023 , Vol 21 , No 14 , (Edmonton _ Canada)
- Review of: "Nano supercapacitors (supercapacitors or electrochemical nanocapacitors) , , Electrical Engineering eJournal , Vol. 2 , No. 96 , 2023 , (Manchester University Press Journal , England)
- Quantum Nano wires" exploit quantum mechanics to produce wires with a wide range of unique electrical properties , European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 15 , No 18 , (London _ United Kingdom)
- Investigating The Production and Reproduction of Cobalt Nanowires , American Journal of Electrical and Electronic Engineering ؛ volume 24 ، part 37 ؛ 2025 _ United States of America
- , (Nano Telecommunication) Nano Rectenna Power Transmission in The Microwave Band European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 16 , No 19, (London _ United Kingdom)
- , E-Beam (Nanolithography) Focused Electron Beam Nature British scientific journal (2025) , Vol 149 , No 97 (London, England)
- Scanning probe nano lithography or (SPL) in the range (below 20 nanometers) , Ieee Canadian Journal Of Electrical And , Computer Engineering (2025), Vol 29 , No : 36 , (Edmonton _ Canada)
- Scanning Nano Lithography or (Nano Lithography) , Nature British scientific journal (2025) , Vol 154 , No 112 (London, England)
- Diamond Nano Particles, Structure and Function ,Vol 71 , No : 53 ( 2025) , Taylor & Francis Journal and (Portland State University)
- Nano fullerenes with the ability to store electrostatic energy that can be used as nano supercapacitors with very high capacity , International Information and Engineering Technology Association , 2024 , Vol 16 , No 15 , (Edmonton _ Canada)
- In non-carbon fullerenes, other elements create a structure similar to fullerenes, the chemical structure of these fullerenes is often metal oxide, vanadium oxide is one of them. , International Information and Engineering Technology Association , 2024 , Vol 17 , No 19 , (Edmonton _ Canada)
- organic light-emitting diodes with long life and high performance, and fullerene molecules can be filled by other elements , International Information and Engineering Technology Association , 2024 , Vol 18 , No 21 , (Edmonton _ Canada)
- Nano Fluorine Molecule can be used for Storage in Nano Supercapacitors and Confinement of Non-Carbon Atoms Nature Reviews Microbiology Journal , 2024 , Vol 17 , No 29 , (London _ United Kingdom) ,
- ,Carbon nanotubes are called stretched fullerenes. And graphene sheets are used to empower carbon nanotubes Nature Nanotechnology Journal , 2025 , Vol 19 , No 8 , (London _ United Kingdom)
- Multilayer fullerenes consist of several fullerenes that are inside each other. For this reason, this structure is also called nano onion Nature Nanotechnology Journal , 2024 , Vol 10 , No 11, (London _ United Kingdom) ,
- They enclose different atoms inside themselves, the obtained nanostructures are used for applications such as tracking elements and biological processes , Nature Nanotechnology Journal , 2024 , Vol 15 , No 18 , (London _ United Kingdom)
- "Mixed-Mode (Nanoelectric-Biological) Nanosensors For The Detection and Quantification of Species in Biological Systems", ResearchHub Technologies, Inc., (2025), Vol 30 , No : 21 , (University of Auckland _ New Zeland)
- By changing the size of nanoparticles, the distance between the energy levels in them changes. The smaller the size of the nanoparticles, the greater the distance between , ResearchHub Technologies, Inc., (2025), Vol 33 , No : 24 , (University of Auckland _ New Zeland)
- Gas Nano Bio_Sensors Good Sensing Properties With The Ability of Nanosensors to Detect at Low Detection Limits (ppm) , ResearchHub Technologies, Inc., (2025), Vol 35 , No : 28 , (University of Auckland _ New Zeland)
- Electrical Nanobiosensors and Help in The Detection of Radiation and Biological Toxins , ResearchHub Technologies, Inc., (2025), Vol 39 , No : 31 , (University of Auckland _ New Zeland)
- Nanosensors have a Greater Detection Ability Than other Types of Electronic Nanostructures Due to Their High Surface Permeability and Low Density , ResearchHub Technologies, Inc., (2025), Vol 41 , No : 34 , (University of Auckland _ New Zeland)
- In The Logical Definition of Nanoporous ( Endohedral Nanostructures ) , Any Material is Composed of Three Dimensions , ResearchHub Technologies, Inc., (2025), Vol 39 , No : 34 , (University of Auckland _ New Zeland)
- Lindemann Change (Structure Change) in Cyclic Nanostructures Can be Called Conductive Effects, a Feature in Nanoelectronic , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 41 , No: 19 (Rio De Janiero _ Brazilian)
- The Concept of Lindemann Change (Change Structure) in Electrical Nanostructures Nano Structure (a Complete Definition of This Term) , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 42 , No: 20 (Rio De Janiero _ Brazilian)
- Nanobots as a Controllable Nanoscale Device Consisting of a Biological Fluid Nanobiosensor and a Motor , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 43 , No: 21 (Rio De Janiero _ Brazilian)
- Nucleic Acid Nanobots Are Organic Molecular Machines at The Nanoscale", Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 43 , No: 23 (Rio De Janiero _ Brazilian)
- These synthetic nanosensors and gas nanosensors are prepared by attaching specific particles to the ends of carbon nanotubes and calculating the vibrational frequency in the presence or absence of the particles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 33 , No 17 , (European Union Country)
- Nucleic acid nanobots are small machines in the form of nanoparticles that are designed to perform specific and sometimes repetitive operations with very high precision , Vol 65 , No : 43 , ( 2025) , Taylor & Francis Journal and (Portland State University)
- Bio Nano Sensors are very small electrodes in nanometer size and cellular dimensions that have become sensitive to the detection of chemical or biological species of interest in cells by immobilizing specific enzymes on their surface , Vol 65 , No : 42 , ( 2025) , Taylor & Francis Journal and (Portland State University)
- Nanostructures due to their high surface-to-volume ratio and high surface activity, which have the potential to be used as sensors - especially gas sensors , Nature British scientific journal (2025) , Vol 146 , No 98 (London, England)
- Sensors made from single-walled nanotubes have high sensitivity and also have a fast response at room temperature , Nature British scientific journal (2025) , Vol 156 , No 96 , (London, England)
- A biosensor is a group of sensors that are designed to react with only a specific substance. The result of this reaction is a signal that a microprocessor can analyze , European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 23 , No 27, (London _ United Kingdom)
- Various applications for Nano Biosensors in medicine and clinical applications are envisaged, as mentioned below , European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 27 , No 32, (London _ United Kingdom)
- Structural investigation with FESEM in the immersion method of uniform nanowires in all pores and in a wide area in nanowire particles , International Information and Engineering Technology Association , 2023 , Vol 11 , No 07 , (Edmonton _ Canada)
- The reason for this attention is their large length-to-diameter ratio and the difference in their electrical, optical, chemical, and magnetic properties, which has led to their use as building blocks in nanoscale electronic and optoelectronic devices , Mexicanos (Electronic journal) , No 45 , Vol 52 , 2023 (Mexico _ universities in Bogotá)
- Cobalt nanowires with a diameter of about 93 nm are made using the electro-deposition technique on the aluminum mold of the nanowires by the galvano-static deposition method , , Mexicanos (Electronic journal) , No 46 , Vol 54 , 2023 (Mexico _ universities in Bogotá)
- A nano network is a nano scale communication network between nano devices. Nano devices face special challenges in performance due to limitations in power management processing ability , , Mexicanos (Electronic journal) , No 44 , Vol 55 , 2023 (Mexico _ universities in Bogotá)
- Storage in nanotubes, every three carbon atoms can store one lithium ion, while in graphite, all six carbon atoms can store one lithium ion , , Mexicanos (Electronic journal) , No 48 , Vol 57 , 2023 (Mexico _ universities in Bogotá)
- the nano laser produces a beam with a wavelength of about 858.32 X-rays, the wavelength of a solid nano laser is between 9.6 and 10.6 It is a micrometer , , Mexicanos (Electronic journal) , No 49 , Vol 57 , 2023 (Mexico _ universities in Bogotá)
- Pressing on the tip of the nanotube causes it to bend, but without damaging the tip. When the force is removed, the tip returns to its original position , , Mexicanos (Electronic journal) , No 51 , Vol 62 , 2023 (Mexico _ universities in Bogotá)
- The advantages of this technique include wide patterns, simplicity, good clarity and the ability to combine with other lithography techniques , , Mexicanos (Electronic journal) , No 57 , Vol 69 , 2024 (Mexico _ universities in Bogotá)
- fluorine molecule can be used for storage in nano supercapacitors and confinement of non-carbon atoms , European Journal of Electrical Engineering and Computer Science (EJECE) , 2023 , Vol 12 , No 15 , (London _ United Kingdom)
- organic light-emitting diodes with long life and high performance, and fullerene molecules can be filled by other elements , Nature Nanotechnology Journal , 2023 , Vol 08 , No 09 , (London _ United Kingdom)
- Structural, electronic properties of Fulleren C90 in single-walled carbon nanotubes (SWCNT) , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 21 , No : 29 , (Edmonton _ Canada)
- Selective scattering of SWCNTs using aromatics Dense benzoids such as pentacene, anthracene, and quaterylene have been propagated , Authorea, Inc., Journal of Electrical Electronics Engineering(JEEE) , (2025) , Vol 9 , No : 14 , (San Francisco university)
- Exploring the unique properties of nanofullerenes (the third form of carbon and graphene) in nanoelectronics , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- How to Make Nanoelectric Arrays From (Fullerine Molecules , So-Called Fullerene Peapods) , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Performance of (Buckeye Tubes and C60 and C70 Fullerenes) and Diamond in Manufacturing Nanoelectronic Devices , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Carbon nano fullerenes are allotropes of carbon such as diamond and graphite , 2024 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Plasmonic-based nanosensors have received considerable attention due to their extreme sensitivity even at the single molecule level , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Nano Molecular Drift to Stabilize Nanoparticles in The Simulation Process , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "The Process of Simulating Nanotubes in interaction For Nano Communication Purposes by (Electrical Nanoparticles) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Although Nanoparticles Are Not Attracted to Each Other Due to Their Super-paramagnetic Properties, But due to The High Surface Energy, Electromagnetic Nanoparticles Tend to Accumulate , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Investigating and Analyzing The Kinetics of Self-Assembly in Self-assembled Biomolecular Spin Electron Nanowires , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Investigating the LSPR Energy to The Nanodielectric Performance of The Material and the Surrounding Environment, The Shape and Size of Light-sensitive Nanoparticles in The Simulation Process , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Investigating and Analyzing The Process of Thermal instability (Nanoparticles) in The Change Structure of The Structure and Structure of Nanomaterials , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Lindemann's Change in The Structure and Structure of Nano Materials Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Investigating the structure of electromagnetic nanoparticles (multifunctional) and superparamagnetic properties in the simulation process , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: One-dimensional Nanostructures, The Possibility of improving The Electrical-optical Properties of Nano-Electronic Parts , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Examining the link between nanoelectronics and electric nanoparticles (Nano_ionization potential) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Examining The Links (Coordination _ Suspension) in The Simulation Process (Electrical Nanoparticles) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Examining The Links (Coordination _ Suspension) in The Simulation Process (Electrical Nanoparticles) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: (Electrical Nanoparticles) Coating Agent or Stabilizer of The Simulation Process in Nanoelectronics , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Molecular Nanoelectronics and Simulation of Self-assembly (Nanoparticles) Qeios Ltd , (2025) , ISSN 2632-3834 , (London England),
- Review of: Analysis and investigation of the simulation of electrical nanoparticles in manufacturing (nano-transistors-nano-regulators), Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Nano Tubes in interaction For Communication Purposes Nano by Nano Particle , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Cellulose is a molecule that is composed of carbon, hydrogen and oxygen and is found in the cellular structure of almost all plant materials , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Nanoparticles (silica) have new properties, unusual kinetics and biological activity , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Multifunctional bio-electronic nano robot of anti-tumor nanoparticles with dimensions of 20 to 30 nano microns , which are used as nanoprophyrin pigment in red blood cells , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: The structure of nano-assemblers is one of the properties of nanoparticles (surface-to-volume ratio) of these materials. By using this property, powerful catalysts can be produced in nanometer terms , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Poly nucleotide (GT) layers with very high structural order are wrapped on SWCNTs and cause separation of metal/ semiconductor nanotubes based on electrical properties and nanotube diameter, Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Quantum nanowires to produce wires with a wide range of electrical properties : Qeios Ltd , (2025) , ISSN 2632-3834 , (London England) ,
- Review of: Nanowires can be made from various conductive and semi-conductive materials such as copper, silver, gold, iron, silicon, zinc oxide and germanium , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: (Electrical Nanoparticles) Electrostatic interaction of Graphene Nanoparticles , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Experiment and Effect of Quantum Confinement in Electrical Nanomaterial Particles Nano Material , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Examining and introducing nanochips (MEMS-Bio) and the application of nanoelectronics in the advancement of medical industries , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Creative use of nano-microelectronic systems and ( MEMS nanoelectronic systems ) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: systems (nano and microelectric and mechanical MEMS ) sub-group of electronic nano system Nano System (known from the group head of this term) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: the activity of nanoparticles up to 100nm in the construction of systems ( Nano and micro electricaland mechanical MEMS)will be impressive , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: wire bonding in (nano and microelectric and mechanical MEMS ) systems , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "The main objectives of the development of nano-electromechanical systems (MEMS) - the definition of four main and general objectives , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Micro and nano-electromechanical systems ( MEMS / NEMS ) are devices in which the physical motion of a micro- or nano-scale structure is controlled by an electronic circuit , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Nano Bots assembly of DNA on the DNA origami method of DNA origami, , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: Usually the genomic DNA of a circular single-stranded nucleotide Nano Bots (Nano bio Robot as a scaffold used and hundreds of short auxiliary called the punch for the latest Scaffolding longer specific structure is used , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Structural and electronic properties (endohysteric nanofullerenes) in C90 fullerene and between porphyrins of single-walled carbon nanotubes (SWCNTs), American Journal of Electrical and Electronic Engineering ؛ volume 29 ، part 37 ؛ 2024 _ United States of America
- Performance of (buckytubes and C60 and C70 fullerenes) and diamond in the fabrication of nanoelectronic devices , American Journal of Electrical and Electronic Engineering ؛ volume 32 ، part 41 ؛ 2024 _ United States of America
- Nanoparticles and nanostructures (fullerenes), (nanotubes CNT) , American Journal of Electrical and Electronic Engineering ؛ volume 32 ، part 45 ؛ 2025 _ United States of America
- Review of: "Electronics and Electronic Nano-lasers Ruby Nano-Lasers : Structure and Functions , American Journal of Electrical and Electronic Engineering ؛ volume 42 ، part 49 ؛ 2025 _ United States of America
- "Review of: "Nano Lasers (Femtosecond) or Fluid Structure and Function , Nature British scientific journal (2025) , Vol 141 , No 88 (London, England)
- "Review of: "Nano Laser Pulse Structure and Function , Nature British scientific journal (2025) , Vol 143 , No 91 (London, England) :
- "Review of: "Investigating The Performance of Nano Lasers in Medical Applications. Medical Nano Laser , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 22 , No : 31 , (Edmonton _ Canada)
- "Review of: "Solid-state tunable nanolasers have been used in physical and chemical spectroscopy, and their application has brought about a dramatic change in the spectroscopy of atoms and molecules , , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 22 , No : 32 , (Edmonton _ Canada)
- "Review of: "Among The Various Types of Gas Nanolasers, Carbon Nanolasers Have The Highest Average Power Among Gas Lasers , European Journal of Electrical Engineering and Computer Science (EJECE) , 2025 , Vol 25 , No 29, (London _ United Kingdom)
- "Review of: "liquid nanolasers have the advantage that they are easier to cool when flowing. Dye nanolasers are an example of these lasers , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "The reason for the nanolaser in industry is its significant use compared to other traditional laser manufacturing and production methods , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Electronics and The Concept of Free Electron Nanolasers , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "An infrared nanolaser or terahertz nanolaser (FIR laser, terahertz laser) is a nanolaser with an output wavelength between 30–1000 μm (frequency 0.3–10 terahertz), in the far-infrared or terahertz band of the electromagnetic spectrum , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "A chemical nanolaser is usually referred to as a laser whose mass inversion is directly derived from a chemical reaction , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Another feature of the nanolaser is the high energy intensity at its focus point , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "In nanolaser applications, refraction only plays a significant role when a transparent material, such as the one being irradiated, is used , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Electronics and classification based on the wavelength of the output beam and the wavelength of the exit beam from the nanolaser , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Definition of (Nanocommunication): Communication Between Two Nanoparticles Through Chemical Signaling , Electronic Theory Journal scince , (Stanford University , California) , (2025) , Vol 23 , No : 17
- ( MIM Nanoantennas ) Have Wide-Angle Absorption Capabilitiesin The infrared and Visible Frequency Range , International Information and Engineering Technology Association , 2025 , Vol 31 , No 27 , (Edmonton _ Canada)
- Micro-vibrations in Current Nanocommunication Signals , Journal of Electrical Electronics Engineering (JEEE) , (2025) , Vol 9 , No : 26 , (San Francisco university)
- Electronic Nano Strip Antennas (Graphene-Based Nano Antennas) , American Journal of Electrical and Electronic Engineering ؛ volume 29 ، part 41 ؛ 2025 _ United States of America
- "Investigating The Performance of Floating Particles in The Simulation Process of Plasmonic Enhanced Nanosensors Based on Multi- to Monolayer Nanoparticles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 34 , No 18 , (European Union Country)
- "Investigating The Performance of Floating Particles in The Simulation Process of Plasmonic Enhanced Nanosensors Based on Multi- to Monolayer Nanoparticles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 35 , No 19 , (European Union Country)
- "Review of: "Introducing (Nanoplasmonics and Nanoelectronic Patterning) One of The Miniaturization Techniques in The Design of Nanodevices Such as Nanologic Gates , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Investigating How to Further Compress Structures (Electronic Devices and Gadgets) With The Help of Plasmonics, Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Investigation of Nanoplasmonics and The interaction Process Between Electromagnetic Waves and Conduction Electrons in Nano-Sized Metals , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Applications of Nanoplasmonic Patterns in The Fabrication of integrated Circuits and Other Electronic Devices , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Investigating The Link Between Nanoelectronics and Plasmonic Nanosensors and The Use of Quantum Dots in The Production of Electrical Nanosensors , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Nanoplasmonics and The Aggregation of Optoelectronic Circuits and Phenomena of Further Compression in Nanoelectronics , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Nanoplasmonics and Non-Diffusive Excitation of Nano Conduction Band Electrons , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "(Nanoelectronics and Plasmonic Model) in The Design of Nanodevices Such as Nanotransistors and Nanodiodes, Nanoswitches and Nanologic Gates , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Nanoplasmonic Pattern and Small Changes in The Dielectric Around The Nano Volume , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Nano-Assemblers Can include Nano-Transistors and Nano-Diodes or Even Components of Nano-Robots, Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "In The Proliferation of Nanotransistors and Nanoelectronic Properties, They are Significantly improved, Such as: increased Young's Modulus, Tensile Strength, Resistance to Thermal Deformation, Fire Resistance , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Nanocommunications) Antennas used at the nanoscale of about a few tens of terahertz, including wavelengths in the region (infrared, visible, and ultraviolet", , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 21 , No : 39
- Definition of (Nanocommunication): Communication Between Two Nanoparticles Through Chemical Signaling", Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 51 , No : 93
- (Nanocommunications) Short pulse modulation techniques in the time domain", Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 51 , No : 92
- "Review of: "(Electrical - Telecommunication Nano-Antennas) Nano-Antennas in Various Applications of Telecommunication and Communication Systems Common With Nano-Scale Systems , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Nano Antenna as a Primary Tool For Absorbing Nano Electromagnetic Waves in Nano Telecommunications Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "The Most important Parameters of Each Nano Antenna Nano Antenna (From Electromagnetic Current Distribution to Checking The important Characteristics of Nano Antennas)"" , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Optical Nano Antennas ( a Practical Solution With High Efficiency Compared to Other Technologies)"" , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "MIM , Nano Antenna ( Frequency Range 12 MIM ) Nano Antenna And Frequencies Over 30 Terahertz", Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Placement of Proper Rectifier in The Place of Nano Antenna Feed Gap , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "In Order To Be Usable, Nano Antennas Need to Have a Very High Operating Frequency ( The Resonance Frequency of Graphene-Based Nano Antennas ) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "The Difference Between Nanotube Antennas Compared to Classical Antennas (Wave Speed in Nanotubes is About one Hundred Times Lower Than The Speed of Light) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Nanoelectro Systems ( NEMS ) The integration of Nanoelectric Elements, Sensors, Actuators, and Nanoelectronic Devices on a Silicon Basis by Micron-Sized Manufacturing Technology , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Creative Use of Nano-Microelectronics Systems and (Nano-Electronic Systems NEMS) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Development Goals of Nanoelectronic Systems (NEMS) Such as Nanocomputers , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Micro and Nano-Electromechanical Systems ( MEMS / NEMS ) are Devices in Which The Physical Motion of a Micro- or Nano-Scale Structure is Controlled by an Electronic Circuit. , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "What is NEMS? (Abbreviation for nanoelectric systems) or Nano electronical systems , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "The Method and Principles of The Construction and Placement of The MEMS Nano- Electric and Mechanical System , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Nano Microbiological Robots A Controllable Nanoscale Device Consisting of a Nano bio Sensor Liquid Nanosensor and a Nanoelectric Motor , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Dynamic Biological Robots Are Less Than 1 mm Long and Are Made of 500-1000 Living Cells , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Making Nano-Bio-Robots Electric (Nano-Bio Robot) in Size Between The Range of 0.1 to 10 nm and The Nanoscale or Molecular Components , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Research Has Shown That Depending on The Need and Design (Nano-Electric Biobots) , They can Be Used for Many Years, Even a Century, Without Disturbing Their Performance , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Electronic Nanosensors (Nano-Biosensors) Can be implanted or intelligent Components for Special Patients Who Are in a Dangerous Situation , , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- "Review of: "Gas Nano Bio-Sensors Good Sensory Properties With The Ability of Nanosensors to Detect at Low Detection Limits (ppm) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Nano Bio_Electronic Nano Sensors; CDSE Nano Sensor , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- Review of: "Basis of Formation and Construction and Types (Nano Bio-Sensors) , Qeios Ltd , (2025) , ISSN 2632-3834 , (London England)
- ""Nanocommunications" (noise) Low-frequency random oscillations in many nanocommunications devices, including nanoelectronics , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 51 , No : 98
- Micro-vibrations in Current Nanocommunication Signals", , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 51 , No : 94
- "Review of: "A Complete Comparison Between Two Quantum Nano-Memory Nickel NI_ Nanoparticle and Nano-Memory (Graphene Molecule)"", The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 61 , No : 32
- Review of: "Common Nanoelectronic Technologies in (Quantum Nano Memories)"", The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 63 , No : 34
- "Review of: "Electric Nano Memories N_RAM (Quantum) Supporting Nanostructures (Multi-Functional NRAM Memories) Are The Construction of Memory Chips Made of Carbon Nanotubes , The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 65 , No : 36
- "Review of: "Molecular Nanoelectronics and Graphene Molecular Nanomemories: A Novel Non-Volatile Charge Trapping Memory Using isolated and Uniformly Distributed Graphene Nanocrystals as Nano-Floating Gates , American Journal of Electrical and Electronic Engineering ؛ volume 41 ، part 23 ؛ 2025 _ United States of America
- "Review of: "Reproduction of Nano-Memory (Graphene Molecules) by Hybrid Nanolithography , American Journal of Electrical and Electronic Engineering ؛ volume 44 ، part 27 ؛ 2025 _ United States of America
- "Review of: "Fabrication and Replication of Graphene Molecular Nano-Memories by Nano-Graphene Synthesis in The Surface-integrated Growth Method , , American Journal of Electrical and Electronic Engineering ؛ volume 45 ، part 19 ؛ 2025 _ United States of America
- "Review of: "Link Between Graphene Molecular Nano Memories and Graphene Nanotransistors For The Replication and Production of This Type of Nano Memory"", American Journal of Electrical and Electronic Engineering ؛ volume 66 ، part 47 ؛ 2025 _ United States of America
- "Review of: "Graphene Molecular Nano Memory Moulcolar A Floating Gate Transistor Nanomemory Device, American Journal of Electrical and Electronic Engineering ؛ volume 51 ، part 22 ؛ 2025 _ United States of America
- Review of: "(Molecular Nanomemory) Storing information Using Nickel Quantum Dots at Nanometer Sizes , American Journal of Electrical and Electronic Engineering ؛ volume 62 ، part 24 ؛ 2025 _ United States of America
- Review of: "TURBO-ELECTRIC GENERATOR (Turbo Generator in Nuclear Power) , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 18 , No : 27 , (Edmonton _ Canada)
- Review of: "Nuclear Power (Nuclear _ Electricity) Radioactive Nano Particle Decay Mode , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 19 , No : 11 , (Edmonton _ Canada) :
- Review of: "Nuclear Electricity _ Uranium (Solid Phase) Nano Uranium , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 71 , No : 29 , (Edmonton _ Canada)
- Review of: "Uranium-235 is The Most important Material Required (For Fission and Energy Production) , Ieee Canadian Journal Of Electrical And Computer Engineering (2025), Vol 27 , No : 31 , (Edmonton _ Canada)
- "Review of: "The Density of Uranium 65% is Greatly Affected by Cold Water and (Suitable for Generating Electrical Energy or Nuclear Power) , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 49 , No: 26 (Rio De Janiero _ Brazilian)
- "Review of: "The important and Stable isotope of Uranium 238 (U238) or Enriched Uranium in The Production of Nuclear Electricity , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 61 , No: 32 (Rio De Janiero _ Brazilian)
- "Review of: "Uranium Required for Electricity Generation is Usually in a Stable, Compact Form Such as (Yellow Cake) _ Urania , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 52 , No: 12 (Rio De Janiero _ Brazilian)
- "Review of: "Enrichment of 72% isotope (Uranium 235) For Electrical Energy, Mexicanos (Electronic journal) , No 40 , Vol 32 , 2023 (Mexico _ universities in Bogotá)
- Review of: "Enrichment of 92% isotope (Uranium 238) Or U238 For Unlimited Electrical Energy , , Mexicanos (Electronic journal) , No 38 , Vol 16 , 2023 (Mexico _ universities in Bogotá)
- Review of: "Redesign of a Nuclear Power Reactor Based on Enrichment With Uranium Hexafluoride Gas, or UF6"", 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Review of: "(Fast Reactors) Average Energy About 0.5 to 1.5 Megaelectron Volts _ Density of Uranium 235 isotopes , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "For Each Uranium Nucleon, one Mev of Binding Energy is Released. Now, if This Reaction is Carried out on One kilogram of 235U, the Energy Obtained will Be Equivalent to 20×106 kWH. , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "Fission of the Uranium -235 Nucleus; in Nuclear Fission Reactions, Large Amounts of Energy are Also Released (About 200 Mev) , , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Review of: "Production of Electrical Energy From Uranium (Nuclear Fission and Accelerated Neutron Bombardment) , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "Different Types of Uranium in The Uranium industry and Nuclear Power in The Electricity Generation industry , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Review of: "Nuclear Reactor Control Rods Made of Cadmium or Boron (Redesign of Nuclear Power Reactor) , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "The Amount of Thorium and Uranium-235 isotopes in The Nuclear Fuel Must be increased so That the Thermal Neutron Can Collide With the Water Before it is Absorbed and a Nuclear Reaction Can Occur , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "The Chain Reaction of Neutron Bombardment (in Uranium After Fission) Continues Unchecked to Produce the Most Energy Possible at Any Given Moment , , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- "Review of: "The Amount of Separation Required in an Enrichment Process, in Units Proportional to The Total input (Energy/Machine Operating Time) for Nuclear Production , , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42
- Review of: "(Uranium-238 is Not Capable of Fission) to Produce Unlimited Electrical Energy , , 2025 , Chinese Journal of Electrical Engineering | 京ICP备05055788号-42 :
- Review of: "(Nano-Telecommunications) Nano Strip Antennas and Microstrip Antennas , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 41 , No 23 , (European Union Country)
- Review of: "Nano-Telecommunication Functions and Noise Sources in Nanoelectronics , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 35 , No 19 , (European Union Country)
- Review of: "(Nano-Communications) Stream Generation Using The Nano Rectenna Method , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 35 , No 19 , (European Union Country)
- Review of: "(Nanocommunications) Zeta Hertz Frequency Band zettahertz Function and Applications , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 42 , No 21 , (European Union Country)
- Review of: "(Nanocommunications) Nano Antennas Need to Have a Very High Operating Frequency to Be Usable , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 43 , No 25 , (European Union Country)
- Review of: "Investigation and Description of (Bimetallic) Nanoparticles in The Simulation Process , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 44 , No 26 , (European Union Country)
- Review of: "Changing The Chemical Structure and The Effect of Reaction Temperature on The Size and Structure of , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 45 , No 27 , (European Union Country)
- Review of: "Investigation of The Structure of Electromagnetic Nanoparticles (Multifunctional) and The Paramagnetic , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 46 , No 28 , (European Union Country)
- "Review of: "Investigating The Properties or Methodology (Electric Nanoparticles) in The Simulation Process Nanoparticle Methodology , , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 47 , No 29 , (European Union Country)
- Review of: "Investigating (Coordination-Suspension) Bonds in The Simulation Process (Electric Nanoparticles) , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 48 , No 30 , (European Union Country)
- "Review of: "Investigating The Catalytic Properties of Nanoparticles and increasing Their Multi-fold Power in Electronic Conduction , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 49 , No 31 , (European Union Country)
- Review of: "“Nano-Spin Electrons” (More Readily Available) Electronic Quantum Nanoparticles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 49 , No 31 , (European Union Country)
- Review of: ""Nano-Spin Electrons" Electrically Conductive, Magnetic Nanoparticles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 50 , No 32 , (European Union Country)
- Review of: "The internal Structure and Structure of "Nano-Spin Electrons" of inactive Electronic Nanoparticles , European Journal of Electrical Engineering (EJEE) , 2025 , Vol 51 , No 33 , (European Union Country)
- "Difference between nanotube antennas and classic antennas ( wave speed in nanotubes is about one hundred times slower than the speed of light) , Electronic Journal Elsevier BV {Netherlands} , (2025)
- Optical Nanoantennas (a Practical Solution With High Efficiency Compared to Other Technologies) , Electronic Journal Elsevier BV {Netherlands} , (2025)
- In The Logical Definition of Nanoporous ( Endohedral Nanostructures ) , Any Material is Composed of Three Dimensions , ResearchHub Technologies, Inc., (2025), Vol 48 , No : 54 , (University of Auckland _ New Zeland)
- "The Tasks of The Nano Transmitter TN and Receiver RN are Operational Such as (Performing Baseband Processing , Frequency Conversion, Filtering, and Amplifying Waves) , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 71 , No : 102
- "There Are Several (Nano-Communication) Technologies That Require The Use of External Excitation and Measurement to Work", Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 81 , No : 105
- "Optical Nano Antennas and Rectenna Wave propagation speed in nano antennas , Electronic Journal Elsevier BV {Netherlands} , (2025) , Vol 91 , No : 115
- "Theory of Protection of Nano-Telecommunication Communications in Emergency Situations (Noise or Random Oscillation)", ResearchHub Technologies, Inc., (2025), Vol 32, No : 56 , (Edmonton _ Canada)
- "The (HAARP) Electromagnetic system is designed to have a direct effect on the ionosphere. Examples of these effects include reddening, melting, or magnifying the layer", ResearchHub Technologies, Inc , Mexicanos (Electronic journal) , No 55 , Vol 72 , 2025 (Mexico _ universities in Bogotá) :
- Functions in Nanotransmitter TN and Nanoreceiver RN in Nanocommunication , Wiley Journal Electronic communication ,Vol 66, No : 37, 2025 , (Portland State University)
- (Nano Telecommunications) More Familiarity With the internal Structure of Microstrip Antennas , ResearchHub Technologies, Inc , Mexicanos (Electronic journal) , No 63 , Vol 79 , 2026 (Mexico _ universities in Bogotá)
- Highly Sensitive Carbon Nanotube-based Nanocommunication Device", , Ieee Canadian Journal Of Electrical And Computer Engineering (2026), Vol 42 , No : 38 , (Edmonton _ Canada)
- A Network of Communicating Nanoparticles Can Cover a Wider Area and Perform More Network Processing", ResearchHub Technologies, Inc., (2026), Vol 52, No : 76 , (Edmonton _ Canada)
- Diamond nano particles Structure and performance , European Journal of Electrical Engineering (EJEE) , 2026 , Vol 43 , No 21 , (European Union Country)
- High intensity of Energy in Nano Laser industrial Nano Lasers", , Nature British scientific journal (2026) , Vol 168 , No 83 (London, England) ,
- (Organic Polymer- Graphene Oxide) New Nanostructures for Nanoelectronics and Biomedical Applications", , International Information and Engineering Technology Association , 2025 , Vol 24 , No 40 , (Edmonton _ Canada)
- "(The Relationship Between Electronic Nano Memory and Nano Structures) Testing The Effect of Quantum Confinement (Quantum Confinement)" , International Journal for Computational Vision and Biomechanical (Norway) ؛Volume 52 Number 45 ؛ Page21 _ 26 ؛ August 2025 :
- "Endohedral Nanostructures (Nano Structure) Can be Formed in Pure Form or a Combination of Several Different Materials", , Nature British scientific journal , 2025 , Vol 62 , No 13 (London, England) :
- "Investigating the electrostatic interaction of graphene nanoparticles in the supermolecular simulation process of the pie (conjugated) structure", , Electronic Theory Journal scince , (Stanford University , California) , (2026) , Vol 45 , No : 39 :
- Change structure in nanostructures Nano Structure to acquire new nanoelectronic devices and tools , International Information and Engineering Technology Association , 2025 , Vol 28 , No 51 , (Edmonton _ Canada)
- "Lindeman change (change structure) in electronic nano structures Nano structure and the effect of quantum confinement (Quantum Confinement) , Journal of the Brazilian Society of Mechanical Sciences and Engineering , 2025 , Vol 70 , No: 42 (Rio De Janiero _ Brazilian)
- "Enzyme Chip Nano Structure and function", ,The Huffington Post Journal , Inc. (London _ England) , (2025) , Vol 47, No : 8,
- "Mesoscopic Nano Structures in Espatterning Multilayer Systems", Nature Nanotechnology Journal , 2024 , Vol 15 , No 18 , (London _ United Kingdom)
- "Nano Laboratory on a Chip (LOC) is a Nano Electrical Device That Consists of One or More Laboratory Agents on a Nano Chip With Dimensions of Several Nanometers" , European Journal of Electrical Engineering and Computer Science (EJECE) , 2023 , Vol 8 , No 6, (London _ United Kingdom)
- "Review and introduction of nanochips (MEMS-Bio) and the application of nanoelectronics in the advancement of medical industries", ResearchHub Technologies, Inc., (2025),
- "Review of: "Microstrip Antennas are Popular for Low Profile Applications at Frequencies Above 100 MHz"", International Quarterly Journal of Nanoelectronic Devices, (2026), Vol , No 2 : 16
- "Review of: "(Nano Telecommunication) Flow Generation by Rectenna Nano Method"", International Quarterly Journal of Nanoelectronic Devices, (2026), Vol 13, No : 5
- "Review of: "Nano Antennas and Many Properties (Radiation Pattern Characteristics, Radiation Resistance and Reactance)"", International Quarterly Journal of Nanoelectronic Devices, (2026), Vol 11, No : 7
- "Review of: "The Application of Nanoantennas in Various Fields, including Nanosensors, Nanocommunication Networks, Electrical Energy Generation, and other Similar Topics"", International Quarterly Journal of Nanoelectronic Devices, (2026), Vol 13, No : 7
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- بررسی ساختار نانو ترانزیستورهای (گیت بالایی) , منتشر شده در ( مجله مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۲ شماره ۲ ) (1404)
- بررسی پیوند بین نانو الکترونیک و نانو ربات های بیو _ الکترونیکی , منتشر شده در ( نشریه مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۲ شماره ۱ ) (1404)
- نانو ربات های الکترونیکی (dynamic biological) کمتر از 1 میلی متر طول دارند و از 500-1000 سلول زنده ساخته شده اند , منتشر شده در ( نشریه مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۲ شماره ۳ ) (1404)
- الگوی میکرو _ نانو یکی از تکنیک های کوچک سازی الگو ها در طراحی نانو ساز هایی مانند نانو ترانزیستور ها و نانو دیود ها ، نانو سوئیچ ها و دروازه های نانو لوژیکی به منظور طراحی رایانه های مقیاس نانو با قابلیت های مقیاس دوگانه , منتشر شده در ( مجله مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۱ شماره ۲ ) (1403)
- نانو ترانزیستور ها در میدانهای (نانو الکترو مغناطیسی قوی) خاصیت مغناطیسی پیدا میکنند , منتشر شده در ( مجله مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۱ شماره ۴ ) (1403)
- چگالی بار الکتریکی در نواحی گوناگون ( نانو ترانزیستور ) افزایش مییابد یا به بیان دیگر تعداد بار الکتریکی در یکای سطح نانو ترانزیستور زیاد میشود , منتشر شده در ( مجله مهندسی برق و الکترونیک ایران jiaeee - جلد ۲۰ شماره ۳ ) (1402)
- بررسی اصطلاح مدار (دیود کلیپر) یک مدار الکترونیکی متشکل از دیود های زنر برای حفاظت و تغییر ولتاژ ورودی , منتشر شده در ( مجله مهندسی برق و الکترونیک ایران jiaeee - جلد ۱۹ شماره ۲ ) (1401)
- بررسی و تحلیل عملکرد (دیود های زنر) در برنامه های سوئیچینگ , منتشر شده در ( نشریه مهندسی برق و الکترونیک ایران jiaeee - جلد ۱۸ شماره ۱ ) (1400)
- با استفاده از دانش نانو تکنولوژی الکترونیک (نانو الکترونیک) می توان نانو ربات هایی طراحی کرد که در بدن انسان قرار می گیرند و نقش محافظ و درمانگر را ایفا می کنند , منتشر شده در ( نشریه مهندسی برق و الکترونیک ایران jiaeee - جلد ۱۷ شماره ۴ ) (1399)
طرح های تحقیقاتی و پژوهشی
- ساختار و ساختمان نانو ابر خازن ها بر پایه نانو الکترونیک 100 برابر بار بیشتری نسبت به انواع الکترولیت (1404)
- (نانو ترانزیستور های) لوله ای 3 بعدی (داشتن فرکانس آستانه و همچنین تحرک پذیری بیشتر) (1403)
- ساختار و ساختمان نانو ابر خازن ها بر پایه نانو الکترونیک 100 برابر بار بیشتری نسبت به انواع الکترولیت (1403)
- نانو بیو سنسورها بر پایه نانو الکترونیک در پژوهش های بیولوژیک (فناوری ساخت حسگرهای زیستی و دانش تولید نانومتری) (1402)
- تکثیر و تکامل (نانو ترانزیستورهای اثر میدانی) نتایج حاصل از تجربیات آزمایشگاهی (1401)
- روش الگوسازی نانو لیتوگرافی UV در ساخت ادوات و افزاره های نانو الکترونیک (بیشتر ادوات نانو نوری) طول موج حدود 400 نانومتر (1400)
- نانو سیم های نقره و نهایت سرعت انتقال الکترون ها (1399)
تالیفات
- کتاب نانو سیمها (کتاب سبز) - 1401 - فارسی
- کتاب نانو الکترونیک (کتاب سبز) - 1401 - فارسی
- کتاب نانو آنتن های رِکتنا (کتاب سبز) - 1401 - فارسی
- کتاب برقِ هسته ای (کتاب سبز) - 1401 - فارسی
- کتاب Nano molecular memory (کتاب سبز) - 1401 - فارسی
- کتاب منبع برق نامحدود اورانیوم ۲۳۵ (کتاب سبز) - 1401 - فارسی
- کتاب نانو الکترونیک و بیولوژی (کتاب سبز) - 1401 - فارسی
- کتاب نانو لیزرها (کتاب سبز) - 1400 - فارسی
- کتاب نانو - میکرو ربات ها (کتاب سبز) - 1400 - فارسی
- کتاب نانو اسمبلرها (نانو الکترونیک مولکولی) (کتاب سبز) - 1400 - فارسی
- کتاب نانو حافظه های کوانتومی (کتاب سبز) - 1400 - فارسی
- کتاب کنترل امواج الکترومغناطیسی بعد از انفجار هسته ای (کتاب سبز) - 1400 - فارسی
- کتاب نانو ذرات اِلکترومغناطیسی (کتاب سبز) - 1400 - فارسی
- کتاب میکروچیپ و میکرو بیو چیپ ها (کتاب سبز) - 1399 - فارسی
- کتاب نانو مخابرات (کتاب سبز) - 1399 - فارسی
- کتاب نانو الکترونیک مولکولی (کتاب سبز) - 1399 - فارسی
- کتاب ریز فناوریها برگرفته از اعصاب مغز انسان (کتاب سبز) - 1399 - فارسی
- کتاب نانو لوله های کربنی (کتاب سبز) - 1399 - فارسی
- کتاب نوبوتها و نانو بوت (کتاب سبز) - 1399 - فارسی
- کتاب نانو اِلکترونیک مولکولی (کتاب سبز) - 1399 - فارسی
- کتاب نانو فولرن و باکی بال ها (کتاب سبز) - 1398 - فارسی
- کتاب نانو ترانزیستور های گرافنی - کربنی (کتاب سبز) - 1398 - فارسی
- کتاب نانو ذرات الکترومغناطیسی (کتاب سبز) - 1398 - فارسی
- کتاب نانو بیو سِنسورها (کتاب سبز) - 1398 - فارسی
سوابق استادی
- استادیار دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران(1399-تاکنون )
تحصیلات تخصصی
- پسا دکتری ( اَفزاره های میکرو و نانو اِلکترونیک ) دانشگاه صنعتی شریف1400-1402
- دکتری تخصصی (دکترای نانو _ میکرو الکترونیک) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران1394-1398
- کارشناسی ارشد (نانو _ میکرو الکترونیک) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران1391-1393
- کارشناسی (برق _ الکترونیک) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران1386-1390
سوابق شغلی و تخصصی
- سابقه کار دانشگاهی در عضو هیئت علمی (رتبه علمی استادیار) دِپارتمان برق دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران (1399-تاکنون)
- سابقه کار دانشگاهی در معاون گُسترش فناوری (دپارتمانِ برق) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران (1400-1403)
- سابقه کار دانشگاهی در ( ریاست دانشکده الکترونیک ) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران (1404-تاکنون)
- سابقه کار دانشگاهی در سرپرست معاونت نشریات و رویدادهای علمی دانشگاه آزاد اسلامی (معاون مدیرکل برنامه ریزی در حوزه پژوهشی دانشگاه آزاد اسلامی) (1405-تاکنون)
جوایز و افتخارات
- "دانشمند دو درصد برتر جهان" در سال (2026)
- "دانشمند دو درصد برتر جهان" در سال (2025)
- "دانشمند دو درصد برتر جهان" در سال (2023)
- اُستاد برتر سال ⭐️ _ دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران (1404)
- اختراع ( نانو سنسورهای الکترونیکی _ پزشکی ) در زمینه تشخیص تومورهای سرطانی (1400)
سایر موارد
- دکتر افشین رشید "دانشمند دو درصد برتر جهان" در سال 2023
- دکتر افشین رشید _ عضو هیات علمی دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران
- دکتر افشین رشید _ اُستاد دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران
- دکتر افشین رشید ، اُستادیار (گروه برق _ اَفزاره های میکرو و نانو اِلکترونیک) عضو هیات علمی دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران میباشد.
- دکتر افشین رشید "دانشمند دو درصد برتر جهان" در سال 2025
- دکتر افشین رشید _ (ریاست دانشکده الکترونیک) دانشگاه آزاد اسلامی واحد علوم و تحقیقات تهران
- دکتر افشین رشید _ سرپرست معاونت نشریات و رویدادهای علمی دانشگاه آزاد اسلامی
- دکتر افشین رشید _ (معاون مدیرکل برنامه ریزی در حوزه پژوهشی دانشگاه آزاد اسلامی)
- (Project Emerald : A dirty bomb,is a source (Strontium-۹۰
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