افشین رشید

Publications

• https://my.isic.ir/p/posts/user/576610
• https://civilica.com/p/253757/
• Duplication and Expansion of Nano Chips and Microarrays in the Biological Struct_compressed
• By using the structure  of nanomolecular memory  , it is possible to substanti(1.pdf
• structure of nanomolecular memory , it is possible to substantially reduce the.pdf
• nanodielectric performance of material and surrounding environment LSPR energy.pdf
• the effect of quantum confinement on electrical conductivity.pdf
• Characteristics applications nano fibers synthesized
• Nano cloud capacitors Nano cloud capacitor and electrical current storage property
• Capacity overhead and energy storage in back-end nanostructures
• N_RAM nanoelectric nano-memories Quantum structure and internal structure
• Graphene Molecular Memories A new non-volatile charge trapping memory using isolated nano-graphene crystals and uniform distribution as a nano floating gate
• Fabrication Of Quantum Tunneling Nano Electronic Systems In Resonant Nano Diodes.pdf
• Molecular nanoelectronics and compounds (III-V) are the main factor in nano-devices such as nano-diodes
• Nano Super Memory Of Carbon Nano Tubes
• Nano Assemblers Include Nano-transistors And Nano-diodes, Can Be Used In Nanomet
• Nano Transistors Are Made Of Nano Wires (Nws) That Allow Transistors To Shrink.pdf
• Bio_Molecular Electrical Nano Structures (Self-assembly) Bio_Molecular Nano Stru_compressed
• Types of Nano Robots (Nano Robots) In Terms Of Classification And Structure_compressed
• Structure Detection of Biomolecules and Nano Biological Sensors
• Nano bio sensor properties
• Nano electronic technology
• What is Nano transistor
• کتابِ کنترل امواج اِلکترومغناطیسی بعد از اِنفجار هسته‌ای
• کتاب نانو اِلکترونیک
• Nano carbon tube electron structure
• Nano Electro-Optical lithography Nano -lithography, What?
• Nano-lithography, E-Beam (nano-electronics ) focused beam of electrons
• Nano-optical wafers are produced using nano-lithography process on wafers with a diameter of 100 or 150 mm. Nano-optical chips are made from micro wafer
• Electron beam nano-lithography (below 100 nm _ range 10 nm ) in the manufacture.pdf
• Nano bio-electrical nano-sensors (Nano bio sensor) such as olfactory and taste senses that detect different odors and tastes
• (molecular nanoelectronics) A short description of the link between molecular.pdf
• Cobalt Nano Wire (General Behavior and Structure, Performance)
• Review of: "The concept of (Nano assembler) in smart electronic nano structures"
• Review of: "Nano wire immersion method (structure and function)"
• Review of: "Propagation of Oligophenylene vanillin nanowires by focused ion beam (FIB) nanolithography method (below ۱۰۰ nm - ۱۰ nm range)"
• Review of: "Oligophenylene vanillin (silicon/germanium ) structured nanowires and cylinders for possible applications in electronic energy"
• Review of: "(Field effect nano transistors) Nano transistor electronic quantity and ionization potential)"
• Review of: "High speed (doping) nMOS graphene transistor in p- and n-doping electronic circuits (positive and negative)"
• Review of: "Wireless connection between Nano Bio sensors"
• Review of: "Buckminsterfullerene explanation from the point of view of nanoscience and nanoelectronics"
• 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."
• Review of: "(high-aspect ratio) nanotechnologies - a description of the surface and body (BULK)"
• Review of: "Nanochemical electrochemical sensors and a method called as say sandwich component Three"
• Review of: "Explaining the relationship between electronics and nano photonics / Nano Photonics"
• Review of: "Power of nano holes in (electric nano supercapacitors)"
• Review of: "Getting to know more and introducing different components and units of microcontrollers"
• Review of: "Lindemann change (change structure) and the effect of DC voltage on the diameter and morphology of nanostructures Nano structure"
• 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"
• Nano-plasmonic and nanoelectronic pattern is one of the miniaturization techniqu
• A complete review of (nano bioelectrical nano biosensors) and stripping adsorption voltammetry method of surface nano molecules.
• (Nano Telecommunication) Nanotube Antennas (CNTs) or Multilayer and Graphene Nano Tape (GNRs)
• Active Nano Diamond Particles, Having Special Electronic Features, Are The Founders Of Completely New Types Of High-power Nano Electronic Devices
• Getting to know more and introducing different components and units of microcontrollers
• Nanochemical electrochemical sensors and a method called as say sandwich component Three
• One-dimensional nanostructures, the possibility of improving the electrical-optical properties of nano-electronic par
• ''Electrochemical nano-sensors'' and Absorption voltammetry method surface nanomolecules (Stripping Adsorption Voltammetry)
• 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
• Nanoantennas distribution of alternating current (with a wavelength that is ۱۰۰ times smaller than the wavelength of free space)
• Changing some properties such as conductivity in electromagnetic properties in nanowires
• NEMS and nanotechnologies with high aspect ratio (LIGA-like and LIGA) or (high-aspect ratio)
• Electrical Nano Biosensors and Measurement of Biological Responses
• Nano-Biosensors and Nano-Biochips in Moving Nano-Particle Molecules Through Dielectric Enhancement Through Vertical Nano-gap Architectures
• Biological (Nano-Electro Sensors) and Lab on a Chip Micro-Elements of Diagnostic Laboratories
• Genome Nano Biochip , a Bioelectronic  and Microarray Device
• Cadmium Selenide (CdSe) NanoBio Sensors for Detection of Cancer Tumors  Using Fluorescence Characteristics
• MEMS Bio Has a Wide Range of Applications in Environmental and Drug Screening and DNA Fragmentation
• Electric Nano Biochips (Nano Biochip) in identification and Decoding (RNA _ DNA)
• Wafer Reproduction of Nanowires Silicone Wafer and Mounting or Growth of Nanowire Particles
• Fabrication of Arrays of Vertically Aligned Cobalt Nanowires on Flat Surfaces as Well as Field Emission (FE)
• Oligophenylene Vanillin Nanowires Are Very Thin - it is Possible To Create Nanowires With a Diameter Of Only One Nanometer
• Placement of Rectenna Suitable in ،The Feed Slot Location Electric Nano Antenna Rectenna
• (Nano Telecommunication) The Microstrip Antenna is Designed to Operate at 100 MHz, But Has a Resonance of About 96 MHz
• Performance improvement in Nano dipole L/d in Nano Electric Antennas < a i=4>(Rectenna)
• Communication Between The Feeding System And The Physical Communication Platform Between Different Parts of a Nano System and Nano Antennas (Rectenna)
• FinFET Nanotransistor Downscaling Causes More Short Channel Effects, Less Gate Control, Exponential increase in Leakage Currents, Drastic Process Changes and Unmanageable Power Densities
• nMOS Transistors (Correct Pronunciation: en _ mos) Amplify The Current Depending On The Direction of The Electric Field
• The Switching Efficiency ( nMOS transistor) Can Block a Voltage Of Several Hundreds Of Volts With a Few Milliamps
• Review of: "Nano electrical memories and testing Nickel nanoparticles NI_nanoparticle Strong conductors of electric current"
• Review of: "Reproduction (electrical nano memories) by the method combined nanolithography (۱۲ V), Fast switching speed (۱ microsecond)"
• Review of: "Experiment (nanoelectronic memory) using small organic molecules Chlorophyll pseudo instead of charge storage capacitors"
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• 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"
• Review of: "Production of nano supercapacitors using nanoparticles (a piezoelectric and ferroelectric material)"
• Review of: "_ Lindemann's change structure section in electrical nanostructures Lindemann change / (change structure) in multilayer nanostructures"
• Review of: "Nano supercapacitor called (electrostatic) -- The total thickness of each < a i=4>electrostatic nanocapacitors only 25 nm"
• Review of: "Investigating the performance of ( C۶۰ and C۷۰ endohistal bucky tubes and nano-fullers ) and diamond in the manufacture of nano-electronic devices"
• Review of: "FinFET nanotransistor downscaling causes more short channel effects, less gate control, exponential increase in leakage currents, drastic process changes and unmanageable power densities"
• Review of: "A combination of interference nanolithography and nanoelectronics lithography enables the fabrication and reproduction of high-resolution structures in large areas"
• 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)"
• Review of: "Nano supercapacitors (supercapacitors or electrochemical nanocapacitors)"
• Review of: "Many types of electrical nano-sensors using CP nanomaterials designed for nano-biological applications"
• Review of: "distribution of nanotubes by NIR-vis-UV absorption spectroscopyresulting in preparation like valence electrons (dopingP)"
• Review of: "bipolar transistors (pMOS) have a state voltage connected (Von) around ۲ to ۳ volts"
• Review of: "Nano Fullerenes with The Ability to Store Electrostatic Energy That can be Used as Nano Supercapacitors With Very High Capacity"
• 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"
• Review of: "transistor nMOS (with ultra-low power consumption, energy-efficient computing, during the sub-threshold range)"
• 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
• (Nanoelectronics - Plasmonics) Model Experiments With, for Example, Microwaves and Larger Metallic Structures
• Buckminster Fullerene Explanation From The Point Of View Of Nanoscience And Nanoelectronics
• (Nanoelectronics - Plasmonic) and The Approach of Nanoplasmonic Technology Towards The Assembly Of Optical Nanoelectronics Circuits
• Nano Cloud Capacitor Section Nano Supercapacitors and ( LSPR energy) Dielectric Nano Carbon ( Active Piezoelectric Material)
• Nano Supercapacitor Called (Electrostatic) -- The Total Thickness of Each Electrostatic Nanocapacitor is Only 25 nm
• The Growth Mechanism Of CCVD Nanotubes in Production (Nanotransistor - Nanochips)
• Nano Lithography of Stencil Mask (Resolution up To 20 nm) in The Manufacture of Wafer Nanowires
• (Nano Telecommunication) Use of Audio Signals to identify Attractive Molecular Activity ((interaction) Or (Active Orbit))
• Strings And Micro-Cylinders of Structured Nanowires (Silicon/Germanium) For Possible Applications in Electronic Energy
• The Term "Nano-Transistor" Comes From The Combination of "Nano-scale" in Transmission And Resistance
• Nano Transistor With Graphene Nano Sheets (GA) ,The Role of Graphene Nano-Plates (GA) in The Construction of Nano Transistors
• 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
• Diamond Nano Particles, Structure and Function
• Application of Single-Walled and Multi-Walled CNT and CNTs Carbon Nanotubes in Aerospace industries
• Structure and Types of Nano Reactors in the Catalytic Process of Electrical Porous Materials
• Self-organized Electrical Nanostructure  Electronic DND  Means a Naturally Made Material Containing
• Self-organized Electric Nanostructure, a Combination Of  (Metal Nanotube) and Reaction With Hydrogen and Fluorine Gas
• Self-organized Electrical Nanostructure of DND  in Multi  -Layered  Nanostructures Espatterning
• Explaining The Relationship Between Electronics and Nano Photonics / Nano Electronics
• Self-organized electrical nanostructure of DND  in  mesoscopic nanostructures and improvement of thermal stability of   Si/Cu sputtering  layer
• 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
• Multiplication of Nano Memories (Quantum electricity) By the Method Combined Nanolithography
• Interferential Nanolithography (IL) and Nano-Opto-Electronics
• Scanning Nano Lithography or (Nano Lithography)
• Nano lithography of stencil mask (resolution up to 20 nm) in the manufacture of wafer nanowires
• Scanning probe nano lithography or (SPL) in the range (below 20 nanometers)
• UV interference Nanolithography (Optical Nano-Electronics)
• E-Beam (Nanolithography) Focused Electron Beam
• Nano fluorescences and  their application in various fields such as electronic applications (making nano electrodes used in certain electrical circuits, nano photonics)
• Electronics and Division Based on The Wavelength of The Output Beam and The Wavelength of The Output Beam of Nano Laser
• The Carbon Atoms Of a Graphitic Sheet (Graphene) Form a Planar Lattice Network
• Electronics and Nano Lasers (Continuous Waves or CW ) Structure and Function
• Atomic force microscope (AFM)  is one of  the optical nano-electrical devices
• Architecture Optimization  of Multi-element and Traditional Multi-technology Nano-optical Circuits Using Optical Behavior
• Investigating The Nanotechnology of Electromagnetic Irrigation in The Nano-Agricultural System
• Examining the Band Gap Structure of Nano-Electronic Devices, in Addition to Introducing a Method for Researching the Performance of One-Dimensional Systems
• Nanoelectronics Technology has Dedicated some Very Exciting Materials to Improve the Sensing Phenomenon
• Signal Measurement Electrochemical Methods are very Suitable for Detecting Direct DNA Oxidation because Electrochemical Reactions Directly Generate Electronic Signals
• Nanoantennas Distribution of Alternating Current (With a Wavelength That Is 100 Times Smaller Than the Wavelength of Free Space)
• Performance Check Rectenna System Nano Antenna Sat Wavelengths of ۱۰ Micrometers
• All Molecular-Based Electrochemical Nano-Biosensors Depend on a Very Specific System to Detect or Track The Target Molecule
• Part of The Process (Discharging) for Electric Nanotubes Electrically Conductive Graphene Nanoribbons and Mutation of Multi-layered and Single-layered Nanotubes
• Telecommunication Theories Play a Special Role in The Modeling, Analysis and Design of Molecular Nano Communication Systems
• (Nano Telecommunication) Nano Rectenna Power Transmission in The Microwave Band
• Production of Electric Voltage and Very High Surface Density in The Structure of CNTs Carbon Nanotubes
• 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.
• Nano Transistor With Graphene Nano Sheets (GA) ,The Role of Graphene Nano-Plates (GA) in The Construction of Nano Transistors
• Investigating The Production and Reproduction of Cobalt Nanowires
• Investigating and Analyzing The Processes of Nanowires Reproduction on Silicone Wafers
• 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)
• Investigation and Analysis of The Role of Silicon in Nano Wires Nano Wire
• Investigating and analyzing the degree of order and dimensions  of nanowires produced using templates
• Genome Nano Biochip is  Used For Various Biomolecule Assay Applications. Which includes Many Biomolecular Nano-Sensing Techniques
• Nanowires Are Quasi-dielectric Nanostructures.
• Investigating The Propagation of Cobalt Nanowires Using The Electron Deposition Technique
• Investigating The Advantages of Bio-electronic Nano Robots
• Investigation and Analysis of Electromagnetic Nature (Nano wire)
• The Link Between Nanoelectronics and Bio-electronic Nano-robots
• 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
• Investigating the production and reproduction of nanowires using nano-electron lithography
• Investigation and analysis of nano supercapacitors based on three-dimensional graphene 3DGNs (classification and structure)
• Nano wires  are made and produced by the (galvano-static deposition) method.
• About the electrical characteristics and the process of making a nanocapacitor structure using (metal-insulator-carbon-metal nanotube layers).
• Fabrication methods of vertically aligned cobalt nanowire arrays on flat surfaces as well as field emission (FE)
• (Electrical Nanoparticles) Coating Agent or Stabilizer in Nanoelectronics
• Investigation and analysis of (electrical nanoparticles) Nano_Lithim
• Investigating the reproduction and production of nanowires ( NWS) or  doped nanowires
• Investigating the structure of electromagnetic nanoparticles (multifunctional)  with superparamagnetic properties
• Surface Plasmons for Gold Nanoparticles (Meaning More Conductivity)
• A scalable, extensive and non-destructive trapping method based on dielectric forces to collect nanoparticles and nano-biosensing tools
• Structured nanowires and cylinders  (silicon/germanium) for possible applications in electronic energy
• The use of nano photoelectric process in the production  of electronic nanowires
• Morphology and phases of nanowires/nanotubes by transmission electron microscope (TEM) and X-ray diffraction (XRD) respectively.
• Nanowires are very thin - it is possible to create and manufacture nanowires with a diameter of only one (nanometer).
• "Quantum Nano wires" exploit quantum mechanics to produce wires with a wide range of unique electrical properties
• The Effect of Reaction Temperature on The Size and Structure of Nanoparticles and The Nanoelectrochemical Structure of Nanomaterials
• Chemical Vapor or CVD Method in The Synthesis of Crystal Nanoparticles
• Investigating The Catalytic Properties of Nanoparticles and increasing  The Power of Multiples in Electronic Conduction
• Collection of Nanoparticles and Nano Biosensing Tools for use in The Simulation Process of Nanoparticles
• Investigating The Catalysis of NanoParticles in The Process of SimulatingCarbon Nanotubes and CNTs
• Mixed-Mode (Nanoelectric-Biological) Nanosensors For The Detection and Quantification of Species in Biological Systems
• Gas Nano Bio_Sensors Good Sensing Properties With The Ability of Nanosensors to Detect at Low Detection Limits (ppm)
• Electrical Nanobiosensors and Help in The Detection of Radiation and Biological Toxins.
• In The Logical Definition of Nanoporous ( Endohedral Nanostructures ) , Any Material is Composed of Three Dimensions.
• Lindemann Change (Structure Change) in Cyclic Nanostructures Can be Called Conductive Effects, a Feature in Nanoelectronics
• The Concept of Lindemann Change (Change Structure) in Electrical Nanostructures Nano Structure (a Complete Definition of This Term)
• Nucleic Acid Nanobots Are Organic Molecular Machines at The Nanoscale
• Nanobots as a Controllable Nanoscale Device Consisting of a Biological Fluid Nanobiosensor and a Motor
• 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
• کتاب نانو الکترونیک (دکتر افشین رشید).jpg
• کتاب نانو سیم ها (دکتر افشین رشید).jpg
• Definition of (Nanocommunication): Communication Between Two Nanoparticles Through Chemical Signaling
• ( MIM  Nanoantennas ) Have Wide-Angle Absorption Capabilitiesin The infrared and Visible Frequency Range.
• Micro-vibrations in Current Nanocommunication Signals
• Electronic Nano  Strip Antennas (Graphene-Based Nano  Antennas)
• Investigating The Performance of Floating Particles in The Simulation Process of Plasmonic Enhanced Nanosensors Based on Multi- to Monolayer Nanoparticles
• Investigating The Structure of Electromagnetic Nanoparticles (Multifunctional) and  Superparamagnetic Properties  in The Simulation Process
• Difference between nanotube antennas and classic antennas ( wave speed in nanotubes is about one hundred times slower than the speed of light)
• Optical Nanoantennas (a Practical Solution With High Efficiency Compared to Other Technologies)
• Nanocommunications) Antennas used at the nanoscale of about a few tens of terahertz, including wavelengths in the region (infrared, visible, and ultraviolet
• (Nanocommunications) Short pulse modulation techniques in the time domain
• Investigating the Nanotechnology of Electromagnetic Irrigation in the Nano-Agricultural System
• The Wavelength of The Output Beam and The Wavelength of The Output Beam of Nano Laser
• All Molecular-Based Electrochemical Biosensors Depend on a Highly Specific System for Detecting or Tracking the Target Molecule
• "Nanocommunications" (noise) Low-frequency random oscillations in many nanocommunications devices, including nanoelectronics
• Nano Carbon Atoms Of a  Nano Graphitic Sheet (Graphene) Form a Planar Lattice Network
• Nano Uorescences and their Application in Various Elds such as Nano Electronic Applications (Making Nano Electrodes used in Certain Electrical Circuits, Nano Photonics)Nano Uorescences and their Application in Various Elds such as Nano Electronic Applications (Making Nano Electrodes used in Certain Electrical Circuits, Nano Photonics)
• Atomic Force Nano Microscope (AFM) is One of the Optical Devices
• Nano Lasers (Continuous Waves or CW) Structure and Function
• Investigating The Catalysis of Nano Particles in The Process of Simulating Carbon Nanotubes and CNTs
• Scanning Tunneling Microscope (STM) or Scanning Probe Nano Lithography or (SPL) in the Range (Below 20 Nanometers)
• The Tasks of The Nano Transmitter TN and Receiver RN are Operational Such as (Performing Baseband Processing , Frequency Conversion, Filtering, and Amplifying Waves)
• Optical Nano Antennas and Rectenna Wave propagation speed in nano antennas
• There Are Several (Nano-Communication) Technologies That Require The Use of External Excitation and Measurement to Work