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3 edition of Field-effect in semiconductor-electrolyte interfaces found in the catalog.

Field-effect in semiconductor-electrolyte interfaces

P. P. Konorov

Field-effect in semiconductor-electrolyte interfaces

application to investigations of electronic properties of semiconductor surfaces

by P. P. Konorov

  • 285 Want to read
  • 29 Currently reading

Published by Princeton University Press in Princeton, NJ .
Written in English


Edition Notes

StatementPavel P. Konorov, Adil M. Yafyasov, and Vladislav B. Bogevolnov.
Classifications
LC ClassificationsQC
The Physical Object
Paginationxviii, 176 p. :
Number of Pages176
ID Numbers
Open LibraryOL22740492M
ISBN 100691121761

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Field-effect in semiconductor-electrolyte interfaces by P. P. Konorov Download PDF EPUB FB2

This book presents a state-of-the-art understanding of semiconductor-electrolyte interfaces. It provides a detailed study of semiconductor-electrolyte interfacial effects, focusing on the physical and electrochemical foundations that affect surface charge, capacitance, conductance, quantum effects, and other properties, both from the point of view of theoretical modeling and metrology.

Get this from a library. Field effect in semiconductor-electrolyte interfaces: application to investigations of electronic properties of semiconductor surfaces. [P P Konorov; Adil M Yafyasov; Vladislav B Bogevolnov] -- "This book presents a state-of-the-art understanding of semiconductor-electrolyte interfaces.

It provides a detailed study of semiconductor-electrolyte. Field Effect in Semiconductor-Electrolyte Interfaces on Nonequilibrium Depletion of Free Charge Carriers from Semiconductor 30 CHAPTER FIVE Application of Field Effect in Semiconductor-Electrolyte Interfaces for Studies of Surface Charge Layer Characteristics of Semiconductors and Semimetals 37 WIDE-GAP SEMICONDUCTORS 38 NARROW-GAP.

This article reviews the recent literature concerning biosensing with such transistors, gives clues to understanding the basic principles under which electrolyte-gated organic field-effect transistors work, and details the transduction mechanisms that were investigated to convert a receptor/target association into a change in drain by: A transistor (a “transfer resistor”, because “it is a resistor or semiconductor device which can amplify electrical signals as they are transferred through it from input to output terminals”, as defined by the three winners of Nobel Prizes in Physics in ) is composed of a semiconductor material with three or four terminals for connection to an external by: devices, but also because the field effect is capacitance-related, and this capacitance is known to be very sensitive to surface changes.

For example, the presence of guest molecules over one of the gate/dielectric or dielectric/semiconductor interface would result in a shift of the conductance of the semiconductor. Electrolyte-gated organic field-effect transistors have emerged in the field of biosensors over the last five years, due to their attractive simplicity and high sensitivity to interfacial changes.

Field Effect in Semiconductor-Electrolyte Interfaces: Application to Investigations of Electronic Properties of Semiconductor Surfaces Pavel P. Konorov, Adil M. Yafyasov, and Vladislav B. Bogevolnov This book presents a state-of-the-art understanding of. Field Effect in Semiconductor-electrolyte Interfaces: Application to Investigations of Electronic Properties of Semiconductor Surfaces This book presents a state-of-the-art understanding of semiconductor-electrolyte interfaces.

It provides a detailed study of semiconductor-electrolyte interfacial effects, focusing on the physical and. A totally innovative electrolyte-gated field effect transistor, embedding a phospholipid film at the interface between the organic semiconductor and the gating solution, is described.

A review of the experimental techniques for the in-situ investigation of the semiconductor—electrolyte interface is presented. These techniques can be separated into three broad classes. (i) The “mainly electrical” techniques are those of conventional electrochemistry: study of the Faradaic current and of the interfacial capacitance as a function of electrode Cited by: T.

Watanabe, A. Fujishima, K. HondaPotential variation at the semiconductor-electrolyte interface through a change in pH of the solution Chem. Lett., 8 (), pp.

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New Books Since December 7th, This list is updated every Thursday. Titles are arranged in call number order. To view previous lists, see our archives page. Konorov, A. Yafyasov, and V. Bozhevolnov, Field Effect in Semiconductor—Electrolyte Interfaces: Application to Investigations of Electronic Properties of Semiconductor Surfaces (Princeton University Press, ).Author: Yuri B.

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yieldedan R q valueof nm, whichis a measure for the surface roughness of the polymeric lm, and a peak-to-valley distance of about 22 nm. Electrical characterization Transfer characteristics (I D vs.

V G) and output characteristics (I D vs. V DS) of the devices were recorded using a Keithley SCS semiconductor parameter ana. Konorov PP, Yafyasov AM, Bogevolnov VB () Field effect in semiconductor-electrolyte interfaces.

Princeton University Press, Princeton Google Scholar Krämer M, Pita M, Zhou J, Ornatska M, Poghossian A, Schöning MJ, Katz E () Coupling of biocomputing systems with electronic chips: electronic interface for transduction of biochemical.

In this paper we present a suitable mathematical model to describe the behaviour of a hybrid electrolyte-oxide-semiconductor (EOS) device, that could be considered for application to neuro-prothesis and bio-devices. In particular, we discuss the existence and uniqueness of solutions also including the effects of the size exclusion in narrow structures such as ionic channels or Cited by: 2.

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Nanowire field-effect transistors (NW-FETs) are emerging as powerful sensors for detection of chemical/biological species with various attractive features including high sensitivity and direct electrical readout.

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Scott C. Warren * ab and Elijah Thimsen * ac a Laboratory of Photonics and Interfaces, Ecole Polytechnique Fédérale de Lausanne, Lausanne, Switzerland b Non-Equilibrium Energy Research Center, Northwestern University, Evanston, ILUSA. E-mail: [email protected]; Tel: +1 c Argonne National Laboratory Cited by: