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TranslationMobile

脈沖整形

"pulse" in Chinese : n. 〔sing., pl. 〕豆類；豆。
"shape" in Chinese : n. 1.形狀；樣子；形態(tài)；外形；模樣。 2.形式；定型 ...
"pulse shaping" in Chinese : 脈沖成形; 脈沖整形
"shaping pulse" in Chinese : 整形脈沖
"delay line pulse shaping" in Chinese : 延遲線脈沖成形
"digital pulse shaping circuit" in Chinese : 數(shù)字脈沖整形電路
"gating and shaping unit of pulse" in Chinese : 脈沖門控及整形單元
"pulse shaping and reshaping" in Chinese : 脈沖的成形與再成形
"pulse shaping circuit" in Chinese : 脈沖成形電路; 脈沖形成器脈沖形成電路; 脈沖形成器脈沖整形電路; 脈沖整形 ...
"pulse shaping filter" in Chinese : 脈沖整形濾波器
"pulse shaping nework" in Chinese : 脈沖整形電路
"pulse shaping output circuit" in Chinese : 脈沖形成輸出電路
"pulse shaping stage" in Chinese : 脈沖形成級(jí)
"pulse-shaping circuit" in Chinese : 脈沖形成電路; 脈沖整形電路
"pulse-shaping line" in Chinese : 脈沖形成線

Examples

Transmission character of pulse - shaped noise in insulation monitoring for turbo - generators
汽輪發(fā)電機(jī)絕緣監(jiān)測(cè)中脈沖型噪聲的傳播特性
We studied the effects of pulse - shape , an additional static electric field and different initial states on ionization probability and hhg . we did so by representing the results of a series of numerical experiments on a one - dimensional model hydrogen atom
本文將采用數(shù)值計(jì)算法來(lái)求解含時(shí)schrodinger方程，研究在一維氫原子模型中，外加的平行靜電場(chǎng)，不同形狀的激光脈沖以及原子處于不同初始態(tài)對(duì)諧波譜線和電離率的影響。
The semiclassical interpretation describes three processes of hhg very visually , but it does n ' t give the details . lewenstein theory explains the position of cut - off by using a quantized method . in chapter three the pulse - shape effects of laser - atom interaction system are discussed
在第三章中，我們討論了激光-原子相互作用體系的脈沖形狀效應(yīng)，發(fā)現(xiàn)氫原子的電離率大小和高次諧波特征都與所加的激光脈山東師范大學(xué)碩士學(xué)位論文摘要一沖形狀有密切關(guān)系。
The series of results showed that there is a close relationship between the ionization probability and the pulse - shape , which in turn affects the hhg . when the pulse is turned on very slowly or rapidly the character of hhg wo n ' t be obvious . only if the turn - on is proper the spectrum of hhg will be ideal
當(dāng)激光脈沖的時(shí)間長(zhǎng)度不變時(shí)，脈沖開啟的快慢會(huì)影響到電離率和高次諧波，開啟很慢或很快時(shí)，諧波的平臺(tái)結(jié)構(gòu)都不明顯；只有在適當(dāng)?shù)拈_啟下，電離率處于中間值，這時(shí)高次諧波譜線才比較理想。