青年中文青年中文

forbidden band的意思

forbidden band中文翻譯:

[物]禁帶

相似詞語短語

forbidden───adj.不被允許的,被禁止的;禁戒的;(場所)禁止入內的;禁止討論的,忌諱的;v.禁止;妨礙;不準(某人)做某事;禁止……進入;阻止(forbid的過去分詞)

forbidden city───n.紫禁城; 故宮

forbidden zone───n.禁區; 禁帶

forbidden colour───禁色

forbidden area───禁地;禁區

forbidden love───禁忌之愛(麥當娜·西科尼錄唱歌曲);禁愛(德國電視劇)

forbidden palace───故宮

forbidden color───禁止使用的顏色

forbidden fruit───禁果;非法的歡愉;禁果(由于被禁止而更想得到的東西)

雙語使用場景

As a new kind of man-made structure function material, photonic crystals could realize thermal infrared camouflage because of its high-reflection photon forbidden band.───光子晶體作為一種新型人工結構功能材料,基于光子禁帶的高反射特性可以實現熱紅外偽裝。

The investigation results show that the band gap of the photonic crystal made of LHM is wide and multi-transmittance peaks appear in the forbidden band.───研究結果表明:一維右手材料和左手材料構成的光子晶體具有寬禁帶的特點,禁帶中出現多個共振透射峰。

transmission peaks and forbidden band gaps increase with increase of the structure arrays.───結構陣列的增加,透射峰與禁帶都有加強的趨勢。

In 1991, the conception was turned into reality: the first perfect forbidden band photonic crystal in world came into being.───1991年,這個概念成為現實,世界上第一塊完全禁帶光子晶體誕生了。

But the number of period doesn't bring about influence on the center and width of the main forbidden band.───周期數越大主禁帶的品質越好,但周期數對主禁帶中心和寬度沒有影響。

Modulation on widening photonic forbidden band of one-dimensional photonic crystal by optical thickness───光學厚度對一維光子晶體禁帶寬度的調制

The Transmission of Finite-Period, One-Dimensional Photonic Crystal and Forbidden Band───有限周期的一維光子晶體的透射率及其禁帶

Modulation on wide photonic forbidden band of one-dimensional photonic crystal by index of refraction───一維光子晶體禁帶寬度對折射率的響應

Complete Picture of Forbidden Band of One-Dimensional Photonic Crystal───一維光子晶體禁帶的全貌結構

英語使用場景

Meanwhile, the partial energy levels in forbidden band from those defects make the conduction band and valence band overlap at fermi level , then the crystals show electric conductivity.

Furthermore, as the periodic unit number of layered media is increased, the depth and width of high-reflection region become close to those of forbidden band of the periodic unit.