電子束加熱 的英文怎麼說
中文拼音 [diànzishùjiārè]
電子束加熱
英文
electron beam heating-
The electronic temperature, intensities of all lines and continuous spectra gradually increased with the increment of laser energy, and they got to maximum at different laser energy. our results of copper and aluminum show that there are possibly different thresholds of laser energy to electronic temperature and intensities of emission spectra of laser ablated plasma. at the different environmental gas pressure, spatial emission intensity distribution is explained by the competition among " heat reservoir effect ", " confined effect " and " s hadow effect "
認為cu等離子體羽的發光機制是由電子與粒子的碰撞傳能、電子與離子的復合形成的;隨激光能量的增加, cu等離子體特徵輻射(分立譜) 、連續背景輻射(連續譜) 、電子溫度都出現最大值;結合對al的實驗結果說明:激光燒蝕金屬產生的等離子體,其特徵輻射、連續輻射、電子溫度可能都存在一定的能量閾值;背景氣壓對激光燒蝕等離子體譜線的影響,其機理可以認為是「熱庫效應」 、 「約束效應」及「陰影效應」相互競爭的綜合結果。The effect on display characteristic made by thermal deformations of the shadow mask is comprehensively investigated. by using the electron beam distribution automatic measurement system with a micro - deflective coil, a concave spot in luminance distribution can be get. it changes its position when the shadow mask changes its form
本文系統全面地分析了傳統蔭罩的各類熱變形對顯示屏特性的影響,利用本文研製的電子束亮度分佈自動測試系統,附加一個微偏轉磁場,使相鄰兩電子束打在同一顏色的熒光粉條,並形成一個亮度凹點,當蔭罩變形時,凹點位置作相應的位移,以此原理跟蹤測量凹點位移量,即可得到色純漂移動態變化曲線。The purpose of the paper is to search the feasibility of the ecletron - beam weld of ti3al intermetallics and tc11 ( a + b ) two phase titanium alloy, and the influence to weld microstructure and properties of the hot deform and heat treatments
本文的目的是探索ti _ 3al金屬化合物tac - 1b合金與tc11兩相鈦合金電子束焊、熱模鍛及熱處理的可行性,並研究焊后熱加工變形與熱處理對組織與性能的影響。By vacuum - electron - beam weld of ti3al and tc11 the technology of hot die forging, and then use different heat treatments, study the influence law of the different degree of deform, different heat treatments to the microstructure and properties
採用熱模鍛技術,通過對tac - 1b 、 tc11進行不同程度的變形、真空電子束焊接,然後採用不同的熱處理工藝,研究熱加工工藝對合金組織,性能的影響規律。In fixing stage, the ions in crystals move to form an ionic grating that compensates the electronic grating at elevated temperature. in developing stage after cooling crystals to room temperature, a homogeneous illumination erases the electronic grating and brings out the ionic grating
定影是通過加熱記錄了體全息光柵的晶體使晶體中的離子運動並去補償記錄信息的電子光柵,形成與電子光柵互補的離子光柵;顯影是在室溫下用均勻光束照射晶體以擦除掉電子光柵,得到離子光柵。This paper constructs fe models of srm in detail and analyzes the vibration mode and natural frequencies with the finite element analysis software package, and studies the influence of the stator structure of srm, such as stator poles, ribs, mounting feet, terminal block and structure parameters, restriction condition on the srm vibration behavior, the contrast to experiment result implies that the fea model is close to the real model for analyzing the vibration characteristics of srm
本文基於有限元分析方法,主要研究了定子凸極、底座、散熱筋,加強筋,接線盒等結構以及結構參數對定子固有頻率和振動模態的影響,並且研究了約束條件下的sr電機定子振動特性。本文比較了模態實驗與有限元分析結果,表明所建立的二維有限元模型對分析sr電機的振動特性有較好的精度。There is a part of beam loss during the course as the neutralization of high - energy particles dragged from the ion source, the deflexion of charged particle on the beam stream and the scraped beam of exceeding beam waist and low density. it is necessary to analyze the beam loss and bring forward a rational project for absorbing beam stream
將離子源引出的高能粒子進行中性化,再偏轉掉束流中的帶電粒子,將超過束腰半徑、密度較小的束流削除,在此過程中有一部分束流損失,它直接影響加熱功率的因素,因此,對束流損失進行了分析,對損失束流的吸收提出了吸收方案。The mechanisms of charge and charge compensation are discussed : we suggest electron stimulated desorption ( esd ) at the surface and inner defects induced by the electron beam bombardment are main reasons of charge
對ys - zro2樣品加熱到230 ,使其表面充電得到改善。本文討論了在電子束輻照下, al2o3 、 sio2 、 ys - zro2等氧化物材料的充電機制,以及氧環境的充電補償機制。The charge related to esd can be compensated by oxygen environment, oxygen environment works mainly through making up oxygen vacancy and repairing energy band distortion in time. heating the sample and reducing defect concentration can reduce the charge related to inner defects
對于樣品表面電子受激解吸造成的充電可通過氧環境提供補償,氧環境主要是通過及時補充氧空位、修復能帶扭曲起作用的;對于電子束調制內部缺陷造成的充電可通過加熱試樣減輕缺陷濃度來補償。The development and application of calorimeter for electron beam absorbed dose at radiation processing level
輻射加工級電子束吸收劑量量熱計的研製分享友人