与 «VALENCE BAND»相关的英语书籍
在以下的参考文献中发现
valence band的用法。与
valence band相关的书籍以及同一来源的简短摘要提供其在 英语文献中的使用情境。
1
Valence Band Anticrossing in Highly Mismatched Alloys
Semiconductor alloys offer the ability to tune certain material parameters such as the band gap or carrier effective mass through precise control of the alloy composition, allowing them to be optimized for specific device requirements.
Kirstin McLean Alberi, 2008
2
Electronics Theory and Applications
In this manner, each atom now has 8 electrons associated with it thereby filling
the valence band completely, i.e., allthepermissibleenergylevels intheband
areoccupiedbyelectrons.Obviously, noelectron in a filled band can move and
hence an ...
3
New Understanding Physics for Advanced Level
The valence band is immediately below the conduction band. Electrons in the
valence band are firmly attached to individual atoms. Insulators Each band
containing electrons is filled completely. The highest filled band contains the
outer-shell ...
4
Transparent Conductive Zinc Oxide: Basics and Applications ...
level to valence band maximum binding energy differences are determined from
the decapped Cu(In,Ga)Se2 substrate and the thick ZnO film, respectively. The
values correspond well with those given recently for Cu(In,Ga)Se2 [36] and with ...
Klaus Ellmer, Andreas Klein, Bernd Rech, 2007
5
Chemistry for Engineering Students
For a metal, the Fermi level is at the top of the valence band. i E n e rg y Metal
Semiconductor Conduction band Valence band Insulator Conduction band Band
gap Valence band at the lowest energy. The highest energy with electron ...
Larry Brown, Tom Holme, 2014
6
Physics of Semiconductor Devices
example, Figure 1.14 represents the maximum of the valence band and the
minimum of the conduction band as function of k in the [100] and the [111]
directions for two crystals. Crystal A is an insulator or a semiconductor (Eg > 0);
crystal B is a ...
J.-P. Colinge, C.A. Colinge, 2002
7
Silicon Quantum Integrated Circuits: Silicon-Germanium ...
E0v,av(SiGe) = 580 meV × x − 44 3 meV (4.36) ∆0 (SiGe) = 44 meV + x × 246
meV (4.37) The valence band edge (lh, hh) of unstrained Si is taken as reference
energy. The valence band edge Ev,1 = Ev,2 of unstrained SiGe is then given by ...
E. Kasper, D.J. Paul, 2006
8
Silicon-germanium Heterojunction Bipolar Transistors
The 2-fold degenerate conduction bands move upward in energy. • The heavy-
hole and light-hole valence band degeneracy of Si is lifted (Figure 2.14). • The
heavy-hole valence band moves upward in energy resulting in a net valence
band ...
John D. Cressler, Guofu Niu, 2002
9
Chemistry: The Molecular Science
A band containing the valence electrons is called the valence band. If the
valence band is partially filled it requires little added energy to excite a valence
electron to a slightly higher energy orbital. Such a small increment of energy can
be ...
John Moore, Conrad Stanitski, Peter Jurs, 2007
10
Electronic Devices and Circuits
valence band is totally filled with electrons and there are no electrons available in
the conduction band. That is, all the electrons are bound to the crystalline
structure and there are no electrons that can contribute to conduction. If one
requires ...
Cheruku, Cheruku Dharma Raj, 2008
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'Plasmonics' could lead to super-fast optic communications
Semiconductors work by moving electrons from a baseline valence band to a higher energy state called the conduction band. When the electrons move up, they ... «Engadget, 八月 15»
Understanding charge traps in quantum dot films
The new work shows that electrons are trapped close to the valence band in the material – a result that has been backed up with theoretical calculations too. «nanotechweb.org, 四月 15»
Why quantum dots are taking over your TV
A quantum dot is a semiconductor nanostructure that confines the motion of conduction band electrons, valence band holes, or excitons (bound pairs of ... «KSL.com, 四月 15»
Strong-field phenomena in silicon nanoplasmonic waveguides
Electrons are photoexcited from the valence band (VB) into the conduction band (CB) by two-photon absorption and accelerated by the ponderomotive force, ... «SPIE Newsroom, 三月 15»
Getting two for one: 'Bonus' electrons in germanium nanocrystals …
When these materials absorb light, electrons from the band below this energy gap (valence band) leap to the band above the gap (conduction band). «Phys.Org, 二月 15»
Holes in valence bands of nanodiamonds discovered
Their results show that holes, i.e. missing electrons in the valence band, formed on the surfaces of the nanodiamonds in the aqueous dispersion. "This suggests ... «Phys.Org, 一月 15»
An Introduction to Semiconductor Physics, Technology, and Industry
This band is called a conduction band. If the band is below the Fermi level, this means that the electron is bound to an atom. This band would be a valence band. «AnandTech, 十月 14»
Harnessing an unusual 'valley' quantum property of electrons
"Semiconductors and insulators derive their electrical properties from a gap between the highest band occupied by electrons, known as the valence band, and ... «Phys.Org, 九月 14»
New quantum dot nanomaterials to boost solar energy harvesting
A novel concept known as the intermediate band solar cell (IBSC) paves the way ... This offers strong electron confinement, while the valence band (VB) offset at ... «SPIE Newsroom, 一月 14»
Could graphene switches lead to 100-times faster internet?
When light hits a doped semiconductor, the resulting energy makes electrons jump from a lower-energy state (the valence band) through a small gap (the ... «Gizmag, 七月 13»
