轟擊能 的英文怎麼說

中文拼音 [hōngjīnéng]
轟擊能 英文
bombardment energy
  • 轟 : Ⅰ象聲詞（指雷、炮擊等發出的巨大聲音） bang; boom Ⅱ動詞1 （雷鳴; 轟擊; 爆炸） rumble; bombard; exp...
  • 能 : 能名詞（姓氏） a surname
  • 轟擊 : （用炮火攻擊或用中子等撞擊原子核） bombard; bombardment; shell
  1. Vacuum base plating machine can perform high - voltage bombard function to clean the blank and to make the silver accreting closely

    具有高壓離子轟擊功能，凈化晶片表面，強化鍍銀的附著力。
  2. We have shown that it is possible to create a radioactivity characterized by the emission of positive or negative electrons in boron and magnesium, by bombardment with alpha rays

    我們已經展示了人工放射現象的可能性，這種放射現象的特徵是用以射線轟擊用咄硼和鎂中的正電子或負電子。
  3. On the other hand, certain amount of ar is benefit for the basal plane orientation, which is similar to what observed in mwecr cvd ~ & bn ~ i, the deposition of al

    一定量的ar有利於產生基面平行襯底的取向，這與其他沉積al的實驗一致。氣體對取向的影響可能與物理轟擊作用和相變時的過飽和度均有關系。
  4. They also carried automated laser cannon turrets programmed to attack inceptor starfighters, along with armor plating and advanced shields that defended against both turbolasers and ion cannons

    並且導彈上還攜帶有用以攻擊前來攔截的星際戰斗機的自動激光炮臺和能夠抵禦渦輪激光火力和離子炮轟擊的裝甲及護盾。
  5. Sputtering is the process in which material is removed from a surface as the result of a bombardment by atoms or ions with energies in excess of about 30ev.

    濺射就是用能量大於30eV左右的原子或離子，轟擊材料表面，把表面上的材料除掉的過程。
  6. Elastic recoil detection technique with high depth resolution has been developed at the hi - 13 tandem accelerator of ciae. with high quality beam which was used for bombarding target, the recoils were detected with q3d magnetic spectrometer following a focal plane detector and a ae - e telescope detector with longitudinal double - room ionization chamber

    該系統用高質量的重離子束轟擊薄膜或塊材靶樣品，利用q3d磁譜儀及其焦面探測器和縱向型雙電離室e ? e望遠鏡探測器兩套探測系統，在前角區測量了靶中各種元素的反沖能譜。
  7. Heavy guns have to be bedded in before they will fire accurately

    大炮必須事先固定炮位，方能準確轟擊目標。
  8. Based on experiments and theory analysis in the past, here we present the most important technology conditions that affecting photosensitivity : 1 、 cycle times, experiments showed that with the increase of cycle times, photosensitivity got worse ; 2 、 h dilution ratio, with the continuously increase of h dilution ratio, h ’ s bombardments on the growing surface enhanced continuously too. these bombardments can eliminate high - energy default configurations priorly and leave stable configurations behind. therefore, growing layer ’ s configurations are impacted ; default state density is decreased and photosensitivity is improved

    Layer - by - layer方法的制備工藝條件很多，我們在以往實驗和理論分析的基礎上，介紹了對光敏性影響最為重要的工藝條件: 1 、循環次數的影響，實驗表明隨著循環次數地增加，光敏性變差; 2 、 h稀釋比的影響，隨著h稀釋比的不斷增加， h對生長表面的轟擊不斷增強，這些轟擊能優先消除高能缺陷結構而留下穩定的結構，從而使生長層結構緻密，減少缺陷態密度，提高薄膜的光敏性。
  9. For the sake of the best reflectivity, the optimized zno : al film thickness of 1000a was achieved by theories calculation and exprimental analysis. the n - c - si, which could endure the grain bombard, was used as n - layer of the solar cell with znoral / al back reflector well

    與背電極緊密接觸的n ? si中， n ? c ? si的耐轟擊能力較強，與背反射電極的匹配較好，所以在非晶硅電池上應用n ? c ? si可以提高背反射電極的增反效果。
  10. Some atoms decompose only after being bombarded with high energy particles

    有的原子受到高能粒子轟擊之後才會裂變。
  11. Xrd analysis at different depth of zro2 sintered body indicates that it has trace to be bombarded by high - energy particles at top surface, this results are the evidence for the existence of pulse electric field

    Zro _ 2燒結體不同深度的xrd分析表明：樣品表面有被高能粒子轟擊過的痕跡，脈沖電場誘發場發射電子及高能c粒子對樣品表面轟擊。
  12. Li lines related to di - center, which can be observed in all sic polytypes after various kinds of particle bombardments or irradiations and can withstand high - temperature annealing up to 1700 ?, were observed with the samples after postannealing above 700 ?

    在700溫度退火后的樣品中觀察到d _ i - center ，該中心在幅照或粒子轟擊后的sic的各種多型體中都觀察到，並能經受高達1700溫度的退火。
  13. In the growth of c - bn films, the bombardment of particles with high energy plays a vital role

    在立方氮化硼的形成過程中，高能粒子對薄膜的轟擊起著至關重要的作用。
  14. By increasing the h2 dilution ratio, it is found that atomic hydrogen can selectively etch amorphous phase and stabilize crystalline phase. from the study on the distance from substrate to catalyzer, choosing a proper distance can ensure the gas fully decomposed, while a relatively low substrate temperature can cause the nanocrystalline particles to lose mobility and keep their sizes. the pre - carbonization process can enhance the nucleation density and make the growth of high quality nanocrystalline p - sic films much easier

    實驗結果表明：隨著工作氣壓的減小，薄膜的晶粒尺寸有所減小；通過提高氫氣稀釋度，利用原子氫在成膜過程中起的刻蝕作用，可以穩定結晶相併去除雜相；選擇適當的熱絲距離能保證反應氣體充分分解，又使襯底具有較高的過冷度，是形成納米薄膜的重要條件；採用分步碳化法可以提高形核密度，有利於獲得高質量的納米- sic薄膜；襯底施加負偏壓可以明顯提高襯底表面的基團的活性，因負偏壓產生的離子轟擊還能造成高的表面缺陷密度，形成更多的形核位置。
  15. Many measures were adopted to decrease bombard in order to improve the solar cells propertivity, such as decreasing target voltage, increasing target distance, accelerating the movement of the substrate. by optimizing the experimental conditions, short - circuit current was increased by 3. 7ma / cm2, the conversion efficiency was increased by 2 %, the stability was improved

    在硅薄膜電池的zno ： al al背反射電極應用方面，通過減小靶電壓、適當增加靶距和基片的運行速度來減小對電池的轟擊，改善電池性能，通過優化實驗條件，使電池的短路電流提升了3 . 7ma cm ~ 2 ，效率增加了2 ，穩定性得到改善。
  16. The mechanical property, light transmittance of ion exchange strengthened solar cell cover glass and the effect of ion beam bombardment on its properties are investigated by dynamic mechanical analyser ( dma ), microscope, sem, uv / visible spectrophotometer and micro hardness instrument respectively

    摘要系統研究了太陽能電池蓋片玻璃經離于交換增強（化學鋼化）后的機械性能、透光率以及離子束轟擊對蓋片性能的影響。
  17. The damage and the decrement of light transmittance of ion exchange strengthened cover glass arc much lower than that of as - received one after ion beam bombardment, which demonstrates that ion exchanged solar cell cover glass has better resistance to ion beam bombardment

    結果表明，經離子交換增強后的蓋片玻璃，彎曲強度最大可以提高約4倍；且在受到離子束轟擊時的損傷以及透光率下降的程度都小於原片玻璃，說明化學鋼化玻璃具有較好的耐離子束轟擊的能力。
  18. In the hipib strengthening experiments, samples of high - speed steel ( w6mo5cr4v2 ) were irradiated by abstract hipib ( cn + = 30 %, h + = 70 %, ion energy 250 kev, ion current density 60 - 180a / cm2, pulse duration 80 - 100 ns ). microstructure investigation and properties characterization of the treated hss samples were carried out to investigate the effect of current density and pulse number of incident hipib on the surface modification treatment. the physical mechanism of the hipib - solid interaction was established based on the experiments

    在hipib轟擊材料表面方面，本文選擇成分由c ~ （ n + ） （ 30 ）和h ~ + （ 70 ）組成、加速電壓為250kv 、脈沖寬度為80 100ns的hipib對高速鋼（ w6mo5cr4v2 ）進行表面輻照處理，研究離子束流密度和脈沖次數對高速鋼微觀結構和宏觀性能的影響，探討了hipib與材料表面相互作用的物理機制。
  19. From time to time, the sun produces bursts of energetic ions and electrons ; furthermore, charged particles are a major component of the galactic cosmic radiation that constantly bombards our solar system

    太陽有時會爆發高能的離子與電子；再者，以帶電粒子為主成份的銀河宇宙射線，也會頻頻轟擊我們的太陽系。
  20. Electron beam welding is an advanced welding technology, which fusing metal with heat energy which caused by convergent high speed electron stream bombarding joint of work pieces

    電子束焊接是一種在真空環境下，利用匯聚的高速電子流轟擊工件接縫處產生的熱能，使被焊金屬熔合的焊接方法。
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