激光生物效應 的英文怎麼說

中文拼音 [jīguāngshēngwùxiàoyīng]
激光生物效應 英文
laser bioeffect
  • 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） ...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 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...
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 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; ...
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 效應 : [物理學] effect; action; influence
  1. The paper summarized study progress that laser applied in biological field such as biological stimulation of laser induced breeding by laser, cytological effect on organisms by radiated laser

    摘要本文綜述了近些年來激光在生物學領域中研究的進展，對激光的生物學刺激效應、激光誘變育種、激光處理對生物細胞學的影響進行了介紹。
  2. The results obtained in our laboratory in the past decade years showed, apoplast calmodulin in plant kingdom may regulate a lot of growth and development process of plant, such as accelerating the proliferation of angelica dahurica suspension cells and the proplast cell regeneration, startup the pollen germination of many plants " pollen and accelerating the elongation of the pollen tube, stimulating the redox of corn root " s cell, inducing the expression of light independent rbss gene, and participating in the regulation of the restraining function of al ~ ( 3 + ) to pollen tube germination

    我室多年的研究結果表明，植物質外體cam可能做為多肽第一信使調節著植物體諸多的生長發育過程：如促進白芷懸浮細胞的細胞增殖和原生質體壁再生，啟動並促進多種花粉的萌發和花粉管的伸長，刺激玉米根細胞的氧化還原反應，誘導rbcs基因光不依賴的表達，以及參與調節胞外al ~ （ 3 + ）對花粉萌發的抑制效應等。
  3. Blue laser is very valuable for military, communication, high - density optical storage, information, colorful display of laser % colorful printing and biochemistry. for example, blue laser of 475nm can be used for seabed research and communication of submarine

    藍色激光器在軍事、通訊、信息業、彩色列印、高密度光存儲、激光顯示及生物化學方面有著重要的應用價值，比如說海水的透射窗口落在藍綠色激光范圍內，俗稱「海軍藍」的475nm藍色激光器可成為海地探測和對潛通信的有效手段。
  4. The effects of low intensity laser irradiation on osteoblastic cells, fibroblasts, skeletal muscle cells and the biostimulation effects of low intensity laser irradiation were included in the first part of this thesis

    主要討論了低強度激光照射對造骨細胞，成纖維細胞，骨骼肌細胞，造血細胞的效應和低強度激光生物刺激作用的機制。
  5. Some physical methods of herbage seed selection applied in grassland ecotogical resume were introduced, including electric field, magnetic field, physical radiation, laser, ion beam and alternative stress etc., and their application in biological effect, induced breeding and transgenic techniques

    摘要介紹了草原生態恢復中選育優良牧草種子的一些物理學方法，包括電場、磁場、物理輻射、激光、離子束和交變應力等在植物的生物學效應、誘變育種和轉基因技術中的應用。
  6. Laser irradiation therapy, especially intravascular low level laser ( illli ) therapy has been applied in clinic for a long time and has been proved to be an effective method to various diseases

    但是，由於生物系統的復雜性，激光的一些生物效應（如弱激光的生物刺激作用等）的機理至今還不是很清楚。
  7. The physical model and its significance of the biological effect of he - ne laser producing the chinese pine seeds

    激光作用油松種子生物效應的物理模型及其意義
  8. Stimulated raman scattering ( srs ) is a kind of common phenomenon in the optical fiber. with the wide application of the optical fiber in experiment and in practice, srs has become an subject researched

    隨著光纖在生產和科研上的運用的日益廣泛，有必要對光纖中的一些物理效應進行深入而廣泛的研究。光纖的受激喇曼散射（ srs ）效應就是主要研究內容之一。
  9. On construction of optical tweezers, a dual - optical tweezers system was set up using a ti - sapphire laser. the optical trap steering and sample micro - manipulation systems were constructed. the displacement and force measurement systems were incorporated, and displacements of nanometers and forces of picnewtons can be detected

    所謂光鑷就是利用光的壓強效應，由一束高度會聚的激光形成的光學勢阱，利用它可以對單個細胞、生物大分子等微小物體實現非接觸、無損傷操作。
  10. Weak laser effect on chinese pine seeds sprouting and the biological physical characteristics of cell membrane

    弱激光對油松種子萌發效應及細胞膜生物物理特性的影響
  11. Many novel physical phenomena such as coherent population trapping, lasing without inversion, electromagnetically induced transparency as well as spontaneous emission cancellation and enhancement based on quantum interference have been discovered

    基於量子干涉效應，產生了許多新的物理現象和效應，如相干布居捕獲、無反轉激光、電磁感應透明和自發輻射相消等。
  12. In fact, the intensity of high power laser beem decreases rapidly when laser is transmissing in bio - tissue and the intensity of the edge of laser beem is so low that photobiomodulation, which might effect the healing process after laser surgery, but not thermal effect might work. in this thesis, monolayer human skin fibroblasts was used as models to study the damage effect of high intensity laser irradiation and photobiomodulation of marginal irradiation of high intensity laser beam

    高強度激光在生物組織中迅速衰減，激光束邊緣強度低到無法損傷細胞，這部分激光對已損傷組織邊緣存活細胞的光生物調節作用（例如，對細胞增殖的促進或抑制效應，對免疫細胞功能的調節）是決定高強度激光手術後生物修復狀況的主要因素之一。
  13. Second, a parallel adaptive ray - casting algorithm for graphic rendering of cfi is developed. in the computational model of cfi, the line - of - sight integration is difficult to obtain for 3d complicated flow field, because curvilinear grids, multizone curvilinear grids, and other irregular grids that are commonly used in computational fluid dynamics ( cfd ) present interesting challenges, such as the complex shapes of cell regions defined by grid points ; the wide variation in the sizes of cells in different regions of the grid ; and the intersecting or overlapping nature of multi - grids. the parallel adaptive ray - casting algorithm is extremely efficient to solve these problems

    并行自適應光線投射法繼承了光線投射法適合於任何形式網格的優點；光線與計算網格的交點自適應地反映了原來網格點物理量的分佈，能夠與數值計算的精度保持一致；圖像平面的自適應演算法使我們不必從每一個像素發出射線，既提高了光線投射法的計算效率，同時又保證重采樣后激波這樣的高頻信息不會損失；將并行處理技術引入計算光學流動圖像生成過程，解決了大規模數值模擬結果的處理對計算速度和內存容量的需求。
  14. Research on the experiment of manipulating organism by laser micro - beam with mechanics effect

    利用激光微束力學效應操縱生物體的實驗研究
  15. The biological effects of light, laser beam and magnetic field on blood and its possible mechanism of laser irraadiation magnetized blood therapy ate discussed in the paper

    概述光、激光和磁場對血液的生物效應，初步探討激光磁化血液療法可能的作用機制。
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