raman scattering 中文意思是什麼

raman scattering 解釋
拉曼散射
  • raman : n. 拉曼〈姓氏〉。
  • scattering : adj. 1. 分散在不同方向的，分散在不同范圍的。2. 廣泛擴散的。3. （選票）數量分散的，不集中的。n. 1. 散亂。2. 在媒介質中的散播。3. 【物理學】散射。adv. -ly
  1. The study of the surface - enhanced raman scattering spectra of prgv inclusion body

    包涵體表面增強拉曼散射光譜的研究
  2. Surface - enhanced raman scattering of metal raster

    金屬光柵的表面拉曼散射
  3. Efficient enhancement of stimulated raman scattering of carbon disulfide by fluorescence of dye rhodamine 6g

    2受激拉曼散射的高效放大
  4. The fabrication parameters were preliminarily optimized. the morphology and composition of the samples of the diamond film for different b / c ratios was investigated by scanning electron micrograph ( sem ) and raman scattering spectroscopy ( raman ). the content of different levels of b dopant in the diamond film was tested by secondary ion mass spectrometry ( sims )

    闡述了摻硼金剛石膜的制備工藝，研究了摻硼金剛石膜成核和生長的影響因素，初步優化了沉積摻硼金剛石膜工藝參數，同時對摻硼金剛石膜進行了掃描分析、拉曼分析、二次離子質譜分析和電阻率測試。
  5. 1. in the lwfa simulation, we discussed mainly the influence of " forward stimulated raman scattering " on wakefield generation and electron acceleration

    在lwfa中，我們主要研究「前向受激raman散射」對尾流場加速電子的影響。
  6. We found the " forward stimulated raman scattering " will be excited if the pulse length is greater than plasma wave length. the " forward stimulation raman scattering " decreases the phase velocity and the amplitude of the wake wave which will lead to the reduction of maximum kinetic energy of the electrons trapped

    結論是：當脈沖長度接近等離子體波長時，稀薄等離子體將發生「前向受激raman散射」 ，它使脈沖后沿拉長，導致尾流場的相速度變小，以至於被尾流場「捕獲」的電子最大動能大大下降。
  7. Red shift of the plasmon absorption band was observed after gold particles were assembled into multilayer thin films, and the resulted gold films exhibited a strong surface enhanced raman scattering ( sers ) effect

    金納米粒子組裝成膜之後，其表面等離子體共振吸收峰發生紅移，薄膜具有明顯的表面增強拉曼散射（ sers ）效應。
  8. The effect of the form of electron distribution function on electron temperature was also discussed in the first part. in the second part, starting from kinetic equations, we discussed stimulated raman scattering ( srs ) by including both landau damping ( ld ) and the collisional damping ( cd )

    第二部分從含有限碰撞效應的vlasov - maxwell方程組出發，首先推得含碰撞阻尼和landau阻尼的描述受激raman散射的耦合方程組，然後討論受激raman散射的線性增長率。
  9. The structure and surface - enhanced raman scattering study of complex langumir - blodgett films of self - assembled two - dimensional silver nanoparticle

    膜的結構及表面增強拉曼散射研究
  10. The application of optical fiber raman scattering in sensors and communications

    光纖拉曼散射效應在傳感和通信技術中的應用
  11. The initial analysis of the infrared absorption and raman scattering spectra of this viscous material suggested that it was a new form of water characterized by a symmetrical hydrogen bond

    對這種粘性物質進行紅外線吸收和拉曼散射光譜的初步分析表明：它是以具有對稱的氫鍵為特徵的水的一種新形式。
  12. Study of raman scattering of plastic optical fiber

    光纖中放大的背向自發拉曼散射的增益特性
  13. Chapter 2. spontaneous raman scattering and the raman scattering power of one molecule are analyzed

    第二章，分析了自發raman散射理論模型和單個分子的自發raman散射的功率。
  14. In chapter 3, the raman scattering of gap1 - xnx alloys have been studied at room temperature

    第三章進行了gap卜in :混晶的喇曼散射實驗。
  15. In part three, the normal raman and resonant raman scattering spectra of single - walled carbon nanotubes are measured at 457. 5nm and 632. 8nm laser excitation wavelength. by theoretical analysis, the diameter distributions of swnts were obtained, style and configuration parameter were speculated furtherly

    研究了在兩種不同激發波長下的單壁碳納米管的拉曼光譜，用457 . 5nm和632 . 8nrn兩種不同的激發光分別測得了單壁碳納米管的正常拉曼光譜和共振拉曼光譜。
  16. In part two, the basic notion, properties of raman scattering and the parameters involved in raman scattering are introduced, and the important application of raman scattering in characterization of material structure is also expounded

    二：介紹了拉曼散射的基本概念、基本特徵和拉曼散射中涉及到的一些基本參量。說明了拉曼散射技術在表徵物質結構中的重要應用。
  17. Surface - enhanced raman scattering of organic monolayers on flat ag, au, and pt substrates induced by ag nanoparticles

    金和鉑基底上銀納米粒子誘導的單層有機分子的表面增強拉曼散射
  18. Effect of coupling molecules on its surface - enhanced raman scattering

    組裝陣列中耦聯劑對表面增強拉曼光譜的影響
  19. The optimum intervals between the two pulses is about 1. 7 in our simulation which is much longer than the commonly cited value 1. 5. 3. in the sm - lwfa simulation, we turned our attention to the wakefield generation and electron acceleration driven by the " self - modulated instability " and " side stimulated raman scattering "

    我們首先提出「三角脈沖激發尾流場加速電子」的方案，利用「三角脈沖」平緩的上升沿激發「受激raman散射」預加熱電子，其陡峭的下降沿激發尾流場可以使更多的電子被「捕獲」 。
  20. Three shaped profiles ( parabola, linear, and exponential ) have been considered. the exponential dispersion profile fiber loop is optimal for the propagation and compression of picosecond pulse. on the contrary, the parabola dispersion profile fiber loop is optimal for femtosecond pulse due to the high order effects such as the third order dispersion ( tod ), stimulated raman scattering ( srs ) and self steeping ( ss )

    （ 3 ）研究不同色散遞減類型（拋物線遞減、線性遞減、指數遞減）光纖構成的環形腔中傳輸的特性，發現其色散曲線為指數遞減型光纖有利於皮秒光脈沖的傳輸與壓縮；而對于飛秒脈沖，由於三階色散（ tod ） 、脈沖拉曼自散射（ srs ）及自變陡（ ss ）等高階非線性效應的影響，情況恰恰相反；色散曲線為拋物線遞減型的光纖構成的光纖環最有利於脈沖傳輸與壓縮。
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