[PDF] Top 20 Single-Electron Devices and Their Applications
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Single-Electron Devices and Their Applications
... the single-electron transistor was carried out by Fulton and Dolan [34], using a relatively simple technique in which two layers of aluminum are evaporated in situ from two an- gles through the same ... See full document
27
Hybrid MOS and Single-Electron Transistor Architectures towards Arithmetic Applications
... a single electron or a small number of ...different single-electron devices (SEDs), such as single-electron box, single-electron pump, ... See full document
161
A Low Power Multiple Valued Logic SRAM Cell Using Single Electron Devices
... (NDC) devices have previously been proposed for compact static memory ...a single pass transistor .For a variety of NDC devices including RTDs, the current first increases with increasing applied ... See full document
82
Interplay of the Inverse Proximity Effect and Magnetic Field in Out of Equilibrium Single Electron Devices
... the single-electron hybrid turnstile as a generic ...nanoelectronic devices, which find applications in quantum computation, photon detection and quantum ... See full document
11
Single Electron Devices and Circuit Architectures: Modeling Techniques, Dynamic Characteristics, and Reliability Analysis
... of single electronics are obvious, such as low power consumption and inherent small feature ...of electron tunneling phenomenon, which refers to effects manifest in the injection and extraction of ... See full document
114
DESIGN OF MULTI-VALUED LOGIC CELLS USING SINGLE-ELECTRON DEVICES
... the single-threshold nature, traditional CMOS devices have been shown to be less area or power-efficient for designing an MVL full adder or ternary full adder in this particular ...size, ... See full document
93
Modeling and simulation of single-electron transistors
... Single-electron transistor (SET) has been received a great attention since a decade as the miniaturization of the technology reaches nano size. Besides offering lower power consumption, SET has the ... See full document
6
Electron transport in molecular devices
... Introduction foi'tiuiately, often th e results obtained w ith N E G F -D F T do not m atch those of the experim ents, giving zero-bias conductances for a variety of m etal-m olecule anchoring geom etries higher th a n ... See full document
182
Basic Introduction To Single Electron Transistor
... device single-electron transistor [SET] as well as prospective applications and problems in their ...of single electrons between small conducting ... See full document
7
Implementation of Space Vector Modulation for Two Level Inverter and its Comparison with SPWM
... no single PWM method that is the best suited for all applications and with advances in solid-state power electronic devices and microprocessors, various pulse-width modulation (PWM) [3-5] techniques ... See full document
8
Electrostatic potential and trajectory of an electron in single electron transistor
... The advancements from micro to nano-technology have allowed the miniaturization of amazingly complex devices. A lot of nano-devices are being researched widely and intensively, hence its market potential is ... See full document
34
Thermal-error regime in high-accuracy gigahertz single-electron pumping
... effective electron temperature of 7 K, attributed to rf- induced heating, has also been reported in another SE pumping study employing a silicon nanowire device ...silicon devices [24, 37], significantly ... See full document
8
Electron, Spin and Heat Transport in Nanoscale Systems and Devices.
... The field of spintronics comes from the discovery of giant magnetoresistance effects in magnetic multilayers in the late 1980s, and quickly goes into realistic industrial applications in magnetic read-head hard ... See full document
140
Electron and Ion-beam Characterization of Nitride Semiconductor Devices.
... a single image lead them to note that the standard deviations of measured indium contents within the quantum wells were significantly larger than those observed in the GaN matrix; this indicates that the ... See full document
401
Anderson Insulators in Self-Assembled Gold Nanoparticles Thin Films: Single Electron Hopping between Charge Puddles Originated from Disorder
... MHA devices, a small resistance hump is found at the temperature around 235 K, which could be attributed to the contraction/expansion of residual water in the ...insulating devices exhibit non-linear ... See full document
15
Single electron spintronics
... early devices exploiting the basic GMR spintronic effect such as hard disc spin-valve heads, and the revenue that is expected from future technological ...spintronic devices, spin-valves, have found ... See full document
28
Polyindole Based Nanocomposites and Their Applications: A Review
... (Scanning electron microscopy) reveal the micro structure of surface of ...chemical devices, catalysis, anti corrosion, diodes, sensor and biology related ... See full document
6
Electron counting in a silicon single-electron pump
... junction devices [2–4], superconducting devices [5–7], hybrid superconductor-normal- metal turnstiles [ 8, 9 ] , semiconductor quantum dots [ 10 – 15 ] , and single atom-sized impurities [ 16 – 19 ] ... See full document
6
Optical tracing of multiple charges in single-electron devices
... In principle, considering a sufficient number of probe molecules, the position of a single point charge in a dielectric can be localized in all three dimensions. When considering a metallic granular system, the ... See full document
7
A Review Paper on “Graphene Field Emission for Electron Microscopy”
... homogeneous single-layer graphene films, and this processing technique is more economic and versatile compared to PECVD (Figure ...large-scale applications coating on various ... See full document
14
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