激光物理 的英文怎麼說

中文拼音 [jīguāngwùlǐ]
激光物理 英文
laser physics
  • 激 : Ⅰ動詞1 （水因受到阻礙或震蕩而向上涌） swash; surge; dash 2 （冷水突然刺激身體使得病） fall ill fr...
  • 光 : Ⅰ名詞1 （照耀在物體上、使人能看見物體的一種物質） light; ray 2 （景物） scenery 3 （光彩; 榮譽） ...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 激光 : [物理學] laser 激光靶 laser target; 激光報警器 laser avoidance device; 激光玻璃纖維 laser fibre; ...
  • 物理 : 1. （事物的內在規律） innate laws of things2. （物理學） physics
  1. This dissertation is to probe into the process of the the naissance and forepart development of laser physics

    本論文對激光物理的創立及其早期發展的歷史過程進行了探討。
  2. Depict the naissance, content, the infection to laser physics of microwave spectroscopy. clarify the innovation, breakthrough and accomplishment of c. h. townes ( the outrunner of laser physics ) in his maser invention

    第三部分綜述了激光物理在創立的前二十年（ 60年代? 70年代）里的發展和主要的應用情況及其影響。
  3. Afterl95os, due to the development of quantum electronics, a new embranchment appeared, which is laser physics, it ? also called the physics of quantum transitions because of the emanation of electronic technology. the symbol of laser physics is the noble physics prize in 1964. the naissance of laser physics is the landmark in the cognition of naturalness

    20世紀中葉以後由於量子電子學的發展而出現了一個新的分支，以研究激光物理機制，探索新型激光器，已形成了專門的學科，即激光物理，或因激光發源於電子技術而稱為量子躍遷物理學，它是以1964年的諾貝爾物理學獎為標志的。
  4. Discourse upon the naissance process of maiman s first ruby laser and the apocalypse to us in maimans success

    第四部分是對激光物理創立和發展過程的總結和簡評。
  5. Out of question, the chirp pulse amplification technology that generate ultrashort and ultrahigh laser pulse has become a focus in research field. fortunately, the project " the research on shorter than 30fs, terawatt level ' s laser system " we undertake is about cpa system

    我們所進行的國家攀登計劃「九五」預選項目「強場激光物理與飛秒超快過程的研究」 （ 95 ? ?預? ? 20 ）中的子課題： 「 30fs以下tw級激光系統的研究」 ，正是致力於飛秒cpa系統的研究。
  6. In the first part, the paper mainly discourse upon the gestation course of theoretic base in laser physics, stimulated emission, population inversion and other basic theory of laser were discussed

    第一部分主要論述了激光物理理論背景的醞釀過程，對受激輻射、負吸收、粒子數反轉這幾個激光物理的基本理論的建立過程作了研究和分析。
  7. The study of lasing without inversion ( lwi ) is an important and active research front field in international lasing physics nowadays. the study of lwi has not only an important theoretical value, but also wide application prospects

    無粒子數反轉激光（ lasingwithoutinversion簡稱lwi ）的研究是當前國際上激光物理重要而活躍的研究前沿領域之一，無粒子數反轉激光的研究不僅具有重要的理論價值，而且具有廣闊的應用前景。
  8. The study of lasing without inversion ( lwi ) is one of the most important and the most active research field of lasing physics internationally nowadays. there are not only important theoretic value but also wide applied prospect in the study of lwi

    無粒子數反轉激光（ lasingwithoutinversion簡稱lwi ）的研究是當前國際上激光物理最重要、最活躍的研究前沿領域之一， lwi的研究不僅有重要的理論價值而且有廣闊的應用前景。
  9. Laser physics is compositive synthesis of the quantum theory, wireless technology, microwave spectroscopy and solid physics, and it ? also the brilliant production of close - knit combine in science and technology, theoretics and practice. after the naissance, the developments of laser physics emerge rapidly, our living, behavior and concept were affected and influenced by laser

    激光物理的創立，是人類認識自然道路上的一座里程碑。它是現代物理學的一項重大成果，是20世紀量子理論、無線電電子學、微波波譜學以及固體物理學的綜合產物，也是科學與技術、理論與實踐緊密結合產生的燦爛成果。
  10. Quantum coherence and interference has become one of the important forward subjects in laser physics and quantum optics

    量子相干與干涉是目前激光物理與量子光學領域的重要前沿課題之一。
  11. The research for quantum interference in atoms, molecules and ions is an interesting topic in the field of laser physics and quantum optics

    原子、分子和離子體系中的量子干涉效應是近年來激光物理和量子光學領域的一個研究熱點。
  12. In the second part, i briefly probe the naissance of laser physics based many original literatures

    第二部分主要通過一些原始論文詳細地探討了激光物理的創立過程。
  13. From gestation to naissance and development, the road of laser physics is very flexural, the creations and brightnesses of multitudinous scientist were agglomerated

    激光物理從它的孕育到初創和發展，其道路十分曲折，凝聚了眾多科學家的創造和智慧。
  14. Photonic crystal, negative refractive index materials, superluminal and subluminal phenomena, partially coherent light, laser physics, and interaction between light and matter

    光子晶體，負折射率材料，超快、超慢現象，部分相干光學，激光物理，光與物質的相互作用等。
  15. " construction of labs " was added in " science reaecrh " columm. " international cooperations " and " domestics cooperations " are merged to " academic communications and cooperations "

    在「教學」 - 「熱學」中增加了英語教學課件和習題答案.在「教學」 - 「激光物理與器件」中增加了2003級研究生的作業
  16. The main contents of the dissertation are in solving key technological problems, developing new laser dyes, and studying their lasing property : effects of microcavity are very sensitive to their size

    本文主要內容在開發新材料，解決關鍵技術問題，和摸索其激光物理行為方面：微腔結構對尺寸非常敏感。
  17. Laser quenching is one of the important field of using laser technology in industry, which is closely connected with several subjects, i. e. laser physics theory, laser processing technology, metal physics et, al

    激光淬火（相變硬化）是激光技術在工業中應用的一個重要領域，該技術與激光物理學、激光加工技術、金屬學熱處理等幾門學科緊密相關。
  18. Keith murray, a laser physicist at nasa ' s langley research center in hampton, virginia, is working on a more elegant approach

    在弗吉尼亞州漢普頓市的美國國家航空和宇宙航行局的蘭利研究中心就職的激光物理學家基思?默里正致力於研究出一種更適宜的方法。
  19. Probe the naissance of laser physics. summarize historical experience, it is helpful for the realization to the understand in naissance course of modem technology and the research in laser physics

    因此，探討激光物理創立的歷史，總結歷史經驗，對于了解現代科學技術產生過程和推動激光物理研究和發展會有所幫助。
  20. In addition, a number of courses, e. g., astronomy, relativity, astrophysics, computer simulation, solid state physics, plasma physics, laser physics, photonics, electronics, instrumentation, materials characterization, nanoscience, physics project and graduate courses, etc., are available for the students to choose as electives in order to fulfill their major requirements and to satisfy their own interests

    除核心及組別科目之外，本系還設有天文學、相對論、天體物理、電算模擬、固態物理、等離子體物理、光子學、激光物理、電子學、儀器學、材料測試、納米科學、物理專題、及研究院等科目供同學選修。
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