Fermi surface

基本解釋

It was also found that antinodal electrons in underdoped LSCO experience some extra strong scattering process, which may be related to the Fermi surface topology.
并且發(fā)現(xiàn)欠摻雜LSCO反節(jié)點(diǎn)電子遭受到額外的強(qiáng)散射過程，這可能與費(fèi)米面的拓?fù)湫袨橛嘘P(guān)。
The angle_resolved photoemission (ARPES) is a powerful experiment method to study the surface electronic structure of crystals, such as energy bands, Fermi surface, and many_body interaction.
角分辨光電子能譜（ARPES）是研究晶體表面電子結(jié)構(gòu)，如能帶，費(fèi)米面，以及多體相互作用的重要工具。
Surface impedance of metals in infrared region is calculated for an arbitrary Fermi surface. Expressions applicable to all cases of skin-effect (normal, anomalous and intermediate) are obtained.
本文中對(duì)任意費(fèi)米面求出了金屬在紅外波段的表面電阻，所得表達(dá)式適用于各種性質(zhì)的趨膚效應(yīng)（正常、反常和中間情況）。

費(fèi)米面
The primary reason is the nesting properties of the Fermi surface in the 3rd band (intra-band nesting), s, p-d transition and band Jahn-Teller effects are also reasons.
主要是由于費(fèi)米面在第三能帶的帶內(nèi)嵌套,另外s, p-d電子躍遷和帶的Jahn-Teller扭曲也是該結(jié)構(gòu)相變?cè)颉?/p>
費(fèi)密面