1.固態物理
在固態物理領域，電子的色散關係佔有重要的角色。晶體的週期性意味著：對一給定的動量存在有多種可能的能階，而有些則是不論什麼樣的動量都不可能會具有的能量。所有可能的能量與動量的組合即為一物質的能带结构。能帶結構的性質定義了一物質是絕緣體、半导体，抑或是導體。
2.Solid state
In the study of solids, the study of the dispersion relation of electrons is of paramount importance. The periodicity of crystals means that many levels of energy are possible for a given momentum and that some energies might not be available at any momentum. The collection of all possible energies and momenta is known as the band structure of a material. Properties of the band structure define whether the material is an insulator, semiconductor or conductor.
分享至痞客邦部落格
分享連結
http://homepage.ntu.edu.tw/~twhsheu/research/research_cp.htm
http://homepage.ntu.edu.tw/~twhsheu/research/research_ce.htm
http://homepage.ntu.edu.tw/~twhsheu/research/research_cht.htm
波的传播wave, propagation
Medium media
在傳播理論發展後，即用於表示在傳播過程中，用以在傳播訊源 (source)與訊息接受者 (receiver)之間
Medium，Media則為其複數型
Waves in Dispersive media
Waves in a Dispersive Medium
https://en.wikipedia.org/wiki/Dispersion_relation
主条目：光學色散、水波色散和聲學色散
在物理科学和電機工程學中，色散关系描述波在介质中传播的色散现象的性质。
EM wave in dispersive media 電磁波學色散介質，電磁學色散介質
光譜學原理及其應用 https://r.search.yahoo.com/_ylt=AwrtEAjUNNpg30gAUSNr1gt.;_ylu=Y29sbwN0dzEEcG9zAzIxBHZ0aWQDBHNlYwNzcg--/RV=2/RE=1624941909/RO=10/RU=http%3a%2f%2fwww.ntu-ccms.ntu.edu.tw%2flab%2fultrafast%2fphotonicedu%2f001%2fUpload%2f1183%2frelfile%2f68617%2f77213%2ff9eba320-10e4-41c0-8670-d74b2cbafdb7.pdf/RK=2/RS=aMhMvVBgJQfk2zhivwBmknCiv7E-
dispersion relation equation
https://en.wikipedia.org/wiki/Dispersion_relation
https://en.wikipedia.org/wiki/Dispersionless_equation
1.固態物理
在固態物理領域，電子的色散關係佔有重要的角色。晶體的週期性意味著：對一給定的動量存在有多種可能的能階，而有些則是不論什麼樣的動量都不可能會具有的能量。所有可能的能量與動量的組合即為一物質的能带结构。能帶結構的性質定義了一物質是絕緣體、半导体，抑或是導體。
2.Solid state
In the study of solids, the study of the dispersion relation of electrons is of paramount importance. The periodicity of crystals means that many levels of energy are possible for a given momentum and that some energies might not be available at any momentum. The collection of all possible energies and momenta is known as the band structure of a material. Properties of the band structure define whether the material is an insulator, semiconductor or conductor.
momenta - Yahoo字典搜尋
KK [moˋmɛntə]
1. momentum的名詞複數