電子靶 的英文怎麼說
中文拼音 [diànzibǎ]
電子靶
英文
target-
We can get electron density with the calculated phase and some common model formula ( such as sphere and cone ) in the wake of hypervelocity projectiles
由計算出的相位並根據彈道靶尾跡的一些常用模型(包括圓球體、鈍錐體等)公式,把相位轉化為尾跡的電子密度。Firstly, the tio2 thin films are deposited by dc reactive magnetron sputtering apparatus, and characterlized by n & k analyzer1200, x - ray diffraction spectroscopy ( xrd ), scanning electronic microscopy ( sem ), alpha - step500. and it was analyzed that the effect on performance and structure of films with the change of argon flow, total gas pressure, the substrate - to - target distance and temperature
第一、應用穩定的直流磁控濺射設備制備tio2減反射薄膜並通過n & kanalyzer1200薄膜光學分析儀、 x射線衍射分析( xrd ) 、掃描電子顯微鏡( sem ) 、 alpha - step500型臺階儀等儀器對薄膜進行表徵,分析氧分壓、總氣壓、工作溫度、靶基距等制備工藝參數對薄膜性能結構的影響。Some of the electrons are stopped by the target and their kinetic energy is converted directly to x-radiation.
有些電子被靶擋住后,它們的動能便直接轉化為X射線。The generation of energetic ions during the interaction of a linear - polarized ultra - short ultra - intense laser pulse with solid targets are examined by particle simulation. three energetic ion populations are observed and the acceleration mechanisms are analyzed, respectively. the first population is pulled out from the target by the electron jet in front of the target
模擬觀察到三群高能離子的產生,並對其加速機制一一進行了分析:在靶的前部,向外噴射的高能電子在靶前形成電子云,將一部分離子拉出靶面,形成第一群高能離子;激光驅動大量高能電子向靶內輸運,這些電子牽引靶前部的離子向前加速,形成第二群高能離子:高能電子很快穿透靶,在靶后形成電子云,加速靶后表面處的離子,形成第三群高能離子。Influence of laser incidence angle on hot electrons generated in the interaction of ultrashort intense laser pulses with foil target
激光入射角對靶面方向超熱電子發射的影響Beam landing errors
電子束著靶誤差According to the principle of a new scanning electron microscope and the mechanism of the interaction between electron beam and solid target, the trajectories of an incident electron in a sample are simulated, a simulation program is compiled using the monte carlo method, and the backscattering coefficients corresponding to different parameters of the sem are obtained
摘要根據新型分析掃描電子顯微鏡的工作原理及載能電子束和固體相互作用原理,利用蒙特卡羅方法模擬入射電子和靶物質的相互作用過程,編制了蒙特卡羅模擬計算程序,獲得了對應不同電鏡工作參數的入射電子背散射率。These emission peaks are located in the directions of the specular reflection of laser, the target normal and the back - reflection of laser respectively
這些超熱電子發射峰分別沿著激光反射方向、靶法線方向和激光背反射方向。Influnce of au cone on distribution of forward hot electrons
金錐對靶背向超熱電子分佈的影響Laser intensity effects on forward hot electrons in interaction with al foil
膜靶后表面快電子發射的影響It can be used in such areas as target range and electronic warfare
它潛在的用途包括靶場測量、電子戰等諸多方面。Detail specification for electronic components. silicon - target vidicon of type sf - 1303
電子元器件詳細規范. sf - 1303型硅靶視象管可供認證用Within 3mm of near the al target, there were the continuum spectra and the line emissions, the former was produced by bresstrahlung and compound of electrons, the later came from the excited state of al, al + and al2 +. in order to analyze the shape of the aluminum resonant double lines, al 1396. 15nm and al i394. 40nm, relative intensities of the double lines were acquired by integrating the area under the double lines, respectively
在近靶面3mm左右的范圍內, a1等離子體的發射光譜主要是連續輻射形成的連續譜和疊加於連續譜上的分立譜,其中連續輻射主要由電子的韌致輻射和復合輻射產生, a1原子譜線比離子譜線在空間上分佈范圍更廣。X-rays were produced when energetic electrons hit a solid object.
X射線是在高能電子擊中固體靶時產生的。An incident electron can knock an inner-shell electron out of a target atom.
一個入射電子能把靶子原子的內層電子撞出來。This result confirms that the electrons deliver to the target the kinetic energy acquired during their acceleration.
這個結果證實了電子把它們在加速期間所獲得的動能全都傳遞給了靶子。X - rays were produced when energetic electrons hit a solid object
X射線是在高能電子擊中固體靶時產生的。When the charge deposited in the sv exceed critical charge qc, seu occurs. in order to decrease intensity of beams, heavy ions generated by tandem accelerator, bombards an au foil
我們用hi - 13串列加速器提供的重離子輻照航天微電子器件,為了降低離子束的強度,用重離子從au靶上的二次散射離子作為輻照源。The technology renovation project " application of frequency sweep microwave interferometer method to the measurement of electron densities in the wake of hypervelocity projectiles " is the research work of this thesis
具體要求是將所研製的掃頻式微波干涉儀應用於某氣動物理靶中對等離子體尾跡進行電子密度的測量。Along with the developing of the electronic test ground, the task performed by electronic test ground is changed from traditional precision test to electronic counter measure test, and then, the types of data need to be acquired is getting more and more, and the amount of data acquired in test is getting larger and larger
隨著電子靶場的發展,靶場承擔的任務逐漸由傳統的精度試驗向電子對抗試驗轉變,那麼在試驗中需要獲取的數據類型越來越多,數據量也越來越大。分享友人