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TranslationMobile

全息學(xué)原理

"principle" in Chinese : n. 1.原理，原則。 2.主義；政策；〔常 pl.〕道 ...
"holography" in Chinese : n. (不用透鏡而用激光的)全息照相術(shù)；全息學(xué)。
"holography" in Chinese : n. (不用透鏡而用激光的)全息照相術(shù)；全息學(xué)。
"in principles" in Chinese : 基本上, 原則上
"principles" in Chinese : 法則; 會(huì)計(jì)原則變動(dòng)累積影響數(shù); 原則, 原理, 道義, 節(jié)操
"acoustic holography" in Chinese : 傳聲全息照像術(shù); 聲波全息照像; 聲全息攝影術(shù); 聲全息術(shù); 聲全息照相; ...
"acoustical holography" in Chinese : 聲波全像術(shù); 聲全息攝影術(shù); 聲全息術(shù); 聲全息學(xué); 聲全息照相術(shù)
"aerodynamic holography" in Chinese : 空氣動(dòng)力全息照相術(shù)
"airborne holography" in Chinese : 空中全息照相
"applied holography" in Chinese : 應(yīng)用全息照相術(shù)
"biasing holography" in Chinese : 偏置全息照相術(shù)
"cine holography" in Chinese : 電影全息拍攝術(shù)
"coherent holography" in Chinese : 相干光全息術(shù)
"collinear holography" in Chinese : 共線全息術(shù)
"color holography" in Chinese : 彩色全息攝影; 彩色全息術(shù); 彩色全息照相術(shù)

Examples

From the principle of holography , resolving power and design method of digital image are being discussed
從數(shù)字圖像的全息記錄原理出發(fā)，討論了數(shù)字圖像的分辨率及設(shè)計(jì)方法問(wèn)題。
Holography was one of the most important physical inventions in the last century . the british scientist dennis gabor brought the principle of holography firstly in 1948
全息術(shù)( holography )是上世紀(jì)最重要的物理發(fā)明之一，它的原理由英國(guó)科學(xué)家gabor于1948年最早提出。
In 1947 , professor dennis gabor , a researcher at london ' s college of science and technology , discovered the principle of holography while seeking ways to increase the resolution of fine detail in pictures of objects seen with electron microscopes
1947年，倫敦科學(xué)技術(shù)學(xué)院的研究員丹尼斯?加布爾伯教授發(fā)現(xiàn)了全息技術(shù)的原理，當(dāng)時(shí)他在利用電子顯微鏡尋求提高物體成像細(xì)節(jié)清晰度的方法。
One of the ways for a microcosm to bring about change within the greater whole , the macrocosm , is to change the microcosm . this follows the principle of holography : the whole is contained within the part . we can change the earth if we can manage to rebalance our communities
要改變整體大宇宙的作法之一就是改變我們自身的小宇宙，因?yàn)橐勒招∮钪婕创笥钪娴脑瓌t：整體包含在部分之內(nèi)，如果我們可以平衡自己的生活環(huán)境及所屬的團(tuán)體，我們就可以改變地球。
Since the dichromated gelatin has a higher diffraction efficiency in all holographic recording materials , the aim of this research is to use dichromated gelatin as the recording material and to make use of the principle of holography to design holographic optical components , especially in fabrication procedure of dichromated gelatin film and in experimental technique to form a high diffraction efficiency using different angular exposure method
為了產(chǎn)生優(yōu)質(zhì)的聚焦能力與效率，本研究采用目前具有最高繞射效率( 80 ~ 90 % )的重鉻酸明膠材料作為感光劑，除了自行調(diào)制藥劑比例成分，并依嚴(yán)格的制作步制成重鉻酸明膠全像片外，并采用不同角度重覆曝光方式改良干涉式波帶板無(wú)法自動(dòng)追蹤的缺點(diǎn)，經(jīng)過(guò)多次試驗(yàn)與改進(jìn)，藉以形成具備高繞射效率和自動(dòng)追蹤功能的全像光學(xué)波帶板。