energy band

In the case of a CCD, a photon of visible light knocks an electron out of an energy band in a semiconductor crystal.

Result that girl righteously replies that, her mother has taught her, trash must discard, not energy band on body.

Energy band theory of polymer and the calculation of electrical stress distribution were used to explain the experimental phenomena.

This paper presented the point of theory of energy band which based on molecular orbital theory.

During the improvement of their performance, the energy band engineering of electroluminescent polymers will take positive effect.

Normally, almost all the electrons remain in the lower energy band, or bucket, leaving the upper band nearly empty.

By analyzing the mechanism behind the I-V characteristic, the model of the energy band structure is proved reasonable.

Ther ates at which these two competing effects occur depend on the number of pumped electrons th at reside in the upper energy band .

The Hypothesis of "protein of channels and collaterals energy band structure"

The energy band structures of non-ideal stack structure were calculated approx.

and we also have it as a scattering into our energy band at location R and going in direction Omega.

The first order forbidden energy? band width is the biggest when cylindrical radius is about 40 ? .

The results show that ATCNTs' energy band structure is relation to torus diameter.

The optical band gap between nano-TiO 2 energy band and conduction band is3.

the highest - energy band containing electrons is called the valence band , and the next higher one is the conduction band

Hydrogen bonding configurations and energy band structures of hydrogenated nanocrystalline silicon films

Distributing of Energy Band of Metal Crystal Electron Measured by Degenerate Perturbation

Energy Band Characteristic of Two-Dimensional Photonic Crystal with Defects

Energy Band Structure and Conduction Mechanism of Iodine Phthalocyanine Copper

Application of the quantum interference effect in designing energy band structure of the infrared photodetector

polymers; Energy band engineering; Polymer light emitting diode;

Electrochemical Method for Determination of the Energy Band Structure of Carbazole Derivatives

The Influences of the Thermal Expansion on the Energy Band Structure of a Solid

Symplectic energy band analysis for periodical electro-magnetic wave guide

electronic structure; energy band structure;

Variation of energy band diagrams with bias conditions

The determining method for energy gap and energy-band parameters of conducting polymers

Study on Mie Scattering Theory in Energy Band Structural Analysis of Opal Photonic Crystal

Notes on Brillouin Zone of Energy Band Theory in Solid state Physics

Energy Band Structure and Conducting Characteristics of ITO Films

Electrochemical Properties and Energy Band Structure of Pyrazoline Derivatives

Energy Band Properties of the Chiral Carbon Nanotubes

An Approximate Method Constructing Energy- band

Progress on energy band structure studies of wide-band-gap semiconductors in NSRL

The Energy Band and Eigenstate in One- dimensional Finite Dual - periodic Supperlattices

Energy band structure of two ions in a one-dimensional Paul trap

On the affection of magnetic field to the energy band of carbon nanotubule

Extended zone scheme of energy band

Repeated zone scheme of energy band

Reduced zone scheme of energy band

Energy Band Fold of the Photonic Crystal

The Study on the Energy Band and the Luminescence Mechanism of the Porous Silicon

Using the Tight-binding Theory to Study the Influences of Pressure on the Energy Band Structure of a Solid