相變材料儲存 的英文怎麼說

中文拼音 [xiāngbiàncáiliàochǔcún]
相變材料儲存 英文
phase change material storage
  • : 相Ⅰ名詞1 (相貌; 外貌) looks; appearance 2 (坐、立等的姿態) bearing; posture 3 [物理學] (相位...
  • : 名詞1 (木料) timber 2 (泛指可以直接製成成品的東西; 材料) material 3 (供寫作或參考的資料) ma...
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  • : Ⅰ動詞(儲藏; 存放) store up; save; keep [have] in reserve Ⅱ名詞1. (繼承人) heir 2. (姓氏) a surname
  • : 動詞1 (存在; 生存) exist; live; survive 2 (儲存; 保存) store; keep 3 (蓄積; 聚集) accumulat...
  • 材料 : 1. (原料) material 2. (資料) data; material 3. (適于做某種事的人才) makings; stuff
  1. The research interests in this team are nonlinear optics at low light intensities, including photorefractive nonlinear optics ( photorefractive materials, effects and their applications ), optical storage materials, nonvolatile optical recording technology and mechanics with high recording rates, high data density and high data transfer rates, nonlinear dispersive system and the dynamic propagation properties of photons in such dispersive system, and nonlinear optical properties of phasonian systems such as electromegnetically induced transperancy

    本實驗室目前從事弱光光學非線性方面的研究:主要包括光折非線性、效應以及應用;超快超高密度光、非揮發技術及其機理;非線性色散系統以及光子在非線性色散系統中的傳播動力學;量子干系綜中的非線性光學性質如電磁感應透明等幾個方面的研究。
  2. Latent heat thermal energy storage ( lhtes ), can storage energy by change the phases of phase change materials ( pcms ), which can be used to solve the nonconformity problem on supply and demand time of solar energy and industry waste heat. at the same time, it can be uesed in shifting the peak heating and cooling loads off - peak hours

    熱系統通過時需要吸收(或放出)大量熱量的性質實現能量,這對于解決太陽能與工業廢熱在供求時間上的不一致問題,以及實現電力的「移峰填谷」 ,具有重要的實用價值。
  3. The aims are to implement 1 : 1 pixel - matching of high resolution data pages ( 1024 768 ) between slm and ccd, and to design a compact holographic disc storage system with optimized optical and mechanical structure, thus, to help with putting the holographic data storage technology into practice. we reviewed first the fundamental theory on volume holography ( mainly the coupling - wave theory ), and the mechanism of holographic storage materials ( mainly photorefractive crystals and photopolymers ). based on the above fundamentals, the importance of fourier transform holograms for holographic storage is described

    本論文從盤式體全息的基本理論和關技術出發,首先描述了光學體全息記錄的基本物理過程和耦合波理論;然後根據全息圖的類型特點,闡述了傅立葉換全息光路作為體全息器的光路系統的優點;同時對光學體全息特性做了一些簡單的介紹;接下來討論了光學體全息體積復用技術,最後對本論文工作應用到的空間-角度復用與盤式體全息技術以及有關體全息器光學設計的像差理論進行了詳細敘述。
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