?diffractive

diffractive 發(fā)音

[[di'fræktiv]]

英：　　美：

diffractive 中文意思翻譯

diffractive 短語(yǔ)詞組

1、diffractive element ─── 衍射元件

2、diffractive resolution ─── 衍射分辨率

3、diffractive optics elements ─── 衍射光學(xué)元件

4、diffractive optics ─── 二元光學(xué)元件衍射光學(xué)

5、diffractive optical element ─── 衍射光學(xué)元件

6、diffractive iol ─── 衍射人工晶狀體

7、diffractive waveguide ─── 衍射波導

8、diffractive sail ─── 衍射帆

9、diffractive identification ─── 衍射鑒別

10、Diffractive beam splitter ─── 衍射分束器

11、diffractive neural network ─── 衍射神經(jīng)網(wǎng)絡(luò )

12、diffractive lens ─── 衍射鏡 ─── 衍射透鏡

13、diffractive ring ─── 裂環(huán)

14、diffractive optics reviewers ─── 衍射光學(xué)審核員

15、diffractive optical elements ─── 衍射光學(xué)元件

16、diffractive grating ─── 衍射光柵

diffractive 相似詞語(yǔ)短語(yǔ)

1、detractive ─── adj.誹謗的；減損的

2、diffracting ─── vt.衍射；使…分散；碾碎；vi.衍射

3、diffractively ─── 衍射的

4、nondiffractive ─── 無(wú)衍射

5、diffraction ─── n.（光，聲等的）衍射，繞射

6、diffract ─── vt.衍射；使…分散；碾碎；vi.衍射

7、diffractiveness ─── 衍射率

8、diffractions ─── n.（光，聲等的）衍射，繞射

9、distractive ─── adj.分散注意力的；擾亂的

diffractive 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、According to the technical process of ion beam etching on Diffractive Optical Element (DOE), a distribution of surface error in ion beam etching was presented. ─── 摘要針對衍射光學(xué)元件(DOE)的離子束刻蝕工藝，結合掩模套刻過(guò)程實(shí)例，本文提出了刻蝕誤差面形分布的概念。

2、An integrated diffractive optical element(DOE) mode converter was presented for low?loss coupling between single?mode fiber(SMF) and optical waveguide. ─── 提出了一種集成化衍射光學(xué)模式轉換器。 利用衍射光學(xué)器件(DOE)實(shí)現模式轉換,消除模式失配,實(shí)現單模光纖(SMF)與光波導的低損耗耦合。

3、Keywords micro electro mechanical systems（MEMS）;white-light interferometric technique;diffractive grating;vertical scanning; ─── 微機電系統;白光干涉技術(shù);衍射光柵;垂直掃描;

4、Optimal Design of Frensel Diffractive Lens Using in Light Beam Collimation of Laser Diode ─── 半導體激光器的衍射準直透鏡的優(yōu)化設計

5、The results show that the directional diffractive binary phase structure was achromatic and apt for hot embossing and offers a new method for AVOD. ─── 實(shí)驗結果表明,定向衍射二元光學(xué)位相結構具有消色散特征,且適合于熱壓復制工藝,為制造消色散光變圖像提供了一種新方法.

6、Abstract: The diffractive optical elements(DOEs)used in imaging systems has many advantages,such as achromatization and thermal compensation besides the features of saving in mass and volume. ─── 文摘:采用衍射光學(xué)元件除了能減小成像系統的體積和重量外,還具有許多傳統光學(xué)元件無(wú)法比擬的優(yōu)越性,如消色差和熱補償功能等。

7、Huygens-Fresnel diffractive integral ─── 惠更斯-菲涅耳衍射積分

8、A HYBRID ALGORITHM APPLIED TO THE DESIGN OF DIFFRACTIVE OPTICAL ELEMENTS USED IN UNIFORM ILLUMINATION ─── 一種用于均勻照明的衍射光學(xué)元件設計的混合算法

9、Keyword: diffractive optical element; ─── 關(guān)鍵詞： 衍射光學(xué)元件；

10、A Diffractive Long Trace Profiler for Large Aspherical Optics[J]. ─── 引用該論文 李直,趙洋,李達成,肖體喬,夏紹建.

11、The rectangular grating is changed to realize the BSG.The diffractive characteristic is obtained by using the rigorous coupled-wave analysis method. ─── 將設計出的變周期采樣光柵作適當的近似處理，然后用嚴格的耦合波分析方法對它的衍射特性進(jìn)行了詳細分析。

12、Four kinds of laser source are used to measure the diffractive efficiency of Fresnel lens. ─── 使用四種不同光源，對菲涅耳透鏡的衍射效率進(jìn)行測試。

13、Study of Diffractive Field Based Angular Spectrum Theory in Thick Film Photoresist ─── 基于角譜理論的厚層光刻膠衍射光場(chǎng)研究

14、Then geometrical theory of diffraction method is used to analyze and compute diffractive field of the area except for offset paraboloidal antenna's front axis, and it is the difficulty of the paper. ─── 接下來(lái),本文運用幾何繞射理論方法,對偏焦拋物反射面天線(xiàn)前軸向區以外區域的繞射場(chǎng)進(jìn)行了分析和計算,這一部分是本文的難點(diǎn)。

15、DESIGN OF A DIFFRACTIVE OPTICAL ELEMENT(DOE) ─── 一種衍射光學(xué)元件的研究

16、A dual-band step-zoom infrared optical system with four lenses is designed on the basis of the special properties of Harmonic Diffractive Element(HDE) and the zoom theory. ─── 基于變焦系統的基本原理,利用諧衍射透鏡的相關(guān)特性并結合中波紅外和長(cháng)波紅外的特點(diǎn),設計了僅含有4片透鏡的紅外雙波段雙焦光學(xué)系統。

17、The beam centrally obscured is reshaped to annulus beam by a diffractive beam shaper and another phase corrector, as a result central obscuration is avoided. ─── 為消除次鏡遮擋,提高光通信終端的發(fā)射效率,提出一種基于衍射光學(xué)元件的新方法。

18、PWC Primary Aberration Expression of Thin Lens System Including Diffractive Optical Elements ─── 含衍射光學(xué)元件的薄透鏡系統初級像差的PWC表示

19、Keywords ultra fine grain emulsion;transmissive holograms;holographic record materials;diffractive efficiencies;signal to noise ratio; ─── 鹵化銀明膠;透射全息;全息記錄介質(zhì);衍射效率;信噪比;

20、ANALYSIS OF THE MICROSTRUCTURE OF CARBONS DERIVED FROM ORGANIC MACROMOLECULE RESIN BY X-RAY DIFFRACT METHOD ─── X射線(xiàn)衍射法對樹(shù)脂炭微觀(guān)結構測試分析

21、This invention provides an infrared diffractive lens capable of focusing infrared rays within a wide range of wavelength band effectively. ─── 本發(fā)明提供一種可高效地對寬波長(cháng)范圍的紅外線(xiàn)進(jìn)行聚光的紅外線(xiàn)衍射透鏡。

22、Measurement of Diffractive Efficiency for Fresnel Microlens Arrays[J]. ─── 引用該論文 羅風(fēng)光,曹明翠,趙向軍,李洪譜,李再光.

23、Effect of smoothing by spectral dispersion on performance of diffractive optical element for beam smoothing ─── 光譜色散勻滑技術(shù)對衍射光學(xué)器件束勻滑性能的影響

24、X-ray diffractive lines ─── X射線(xiàn)衍射線(xiàn)

25、Athermalized Infrared Hybrid Optical System by Employing Diffractive Element[J]. ─── 引用該論文 焦明印,馮卓祥.

26、The diffractive optical elements (DOE) with shaping the focused spot for laser writing system are designed, while discussing their performances for shaping laser writing spot. ─── 摘要針對激光直寫(xiě)光刻系統設計整形衍射光學(xué)元件(DOE)，對寫(xiě)人焦斑的整形進(jìn)行了研究。

27、According to Kirchhoff’s scalar diffraction theory, with the ray tracing method, a continuous relief mask for diffractive focus lens has been designed. ─── 基于基爾霍夫標量衍射理論，采用光線(xiàn)追跡法設計了連續型平面衍射聚光透鏡掩模。

28、Diffractive-optical element, scanning optical system, optical scanner, and image forming apparatus. ─── 光學(xué)衍射元件，光學(xué)掃描系統，光掃描器和圖像形成裝置。

29、So simple diffract、simple reflect add simple diffract and other rays will be completed in my future work. ─── 一次繞射、一次反射加一次繞射及其他射線(xiàn)則需要在將來(lái)的工作中完成。

30、We have brought forward the weighted serial iterative(WSI) algorithm which is employed to resolve the design of diffractive optical elements(DOE). ─── 提出加權串行迭代 (WSI)算法用于解決衍射光學(xué)元件 (DOE)的設計問(wèn)題。

31、Effect of Incident Wavelength on Diffractive Efficiency of Fresnel Lens ─── 入射光波波長(cháng)對菲涅耳透鏡衍射效率的影響

32、Diffractive efficiency of Fresnel lens is important factor to evaluate the quality of Fresnel lens. ─── 菲涅耳透鏡的衍射效率是評價(jià)菲涅耳透鏡質(zhì)量的一個(gè)重要指標。

33、Keywords CCD camera, DOE, Fresnel lens, ion beam etching, thin,,,, film deposition, diffractive efficiency, OTF; ─── CCD相機;衍射光學(xué)元件;菲涅耳透鏡;離子束刻蝕;薄膜沉積;衍射效率;光學(xué)傳遞函數;

34、Nonlinearity Study of the Diffractive Grating Spectrum ─── 光柵衍射光譜的非線(xiàn)性研究

35、When the diffractive efficiency of the holograms in a VHM is not uniform enough and the SNR of the retrieved images is very low, the precision of direct pattern recognition will be very low. ─── 當全息圖的衍射效率極為不均勻，再現圖像的信噪比極差時(shí)，直接識別的識別準確率極低。

36、Phase-only diffractive optical element (PDOE) used as WDM element has many merits, such as easy coupling, polarization insensitivity, low cross-talk and simple structure. ─── 在設計二元光學(xué)器件波分復用器件中，需要對二元光學(xué)器件的角色散進(jìn)行分析。

37、The radiational angle of the light into the AOD, the size of diffract light, conversion bit, and the disturber of OFCA are analyzed. ─── 分析討論了方案中的偏轉器入射光發(fā)散角、衍射光斑尺寸、A/D轉換位數、OFCA的竄擾。

38、A new optical real-time processing method was proposed to weaken the zeroth-order diffractive spot in the power spectrum using a Gaussian high-pass filter. ─── 摘要本文提出了一種基于在光學(xué)頻譜面上進(jìn)行光學(xué)高斯高通濾波的實(shí)時(shí)處理方法。

39、A four-piece all refractive and a three-piece hybrid refractive-diffractive infrared lenses are designed. ─── 分別設計了四片全折射式和三片折衍混合式兩種鏡頭。

40、DIFFRACTIVE OPTICAL ELEMENTS TO REALIZE UNIFORM ILLUMINATION IN INCLINED PLANES AT DIFFERENT ANGLES WITH THE OPTICAL AXIS SIMULTANEOUSLY ─── 同時(shí)實(shí)現多角度非垂軸面均勻照明的衍射光學(xué)器件

41、been rapid developments in the research of diffractive optics for the past decade. ─── 衍射光學(xué)是近年來(lái)光學(xué)領(lǐng)域中最具活力的研究方向之一。

42、Single-layer and double-layer harmonic diffractive optical element ─── 單（雙）層諧衍射元件

43、From the characteristic of harmonic relief patterns,the athermalization and achromatism of harmonic diffractive element have been studied in the paper. ─── 從諧衍射元件的理論出發(fā),討論了諧衍射透鏡在消色差和消熱差時(shí)的特性。

44、A simulated far-field perturbation generated by a continuous-phase diffractive optical element (DOE) was attempted to achieve with the near-field perturbation obtained on the photoresist. ─── 再利用連續相位式繞射元件模擬出類(lèi)似近場(chǎng)光微影下的震蕩分布，并比較兩者的結果。

45、Spatial Frequency Analysis of Beam Smoothing Performance Realized by the Diffractive Optical Element and the Smoothing by Spectral Dispersion Technique ─── 光譜色散勻滑技術(shù)與衍射光學(xué)器件聯(lián)用性能的空間頻譜分析

46、A method of producing three-dimensional facular lattice through a diffractive axicon was proposed. ─── 提出一種利用衍射軸棱錐產(chǎn)生三維光格的方法。

47、Key words: diffractive optical element; ─── 關(guān)鍵詞: 衍射光學(xué)器件;

48、INFRARED DIFFRACTIVE OPTICAL ELEMENT FABRICATED ON ASPHERIC SUBSTRATE ─── 制作在非球面基底上的紅外衍射光學(xué)元件

49、“It acts like a grating to diffract half the atoms in the condensate to the left and half to the right. ─── 它的作用就如同光柵，把凝聚體中半數的原子折射到左邊，另一半折到右邊。

50、reflection high-energy electron diffract ─── 反射高能電子擴散強度

51、A Method to Determine the Azimuth of Polarization Axes of PANDA Fibers Based on the Characteristics of Backward Diffractive Patterns ─── 基于背向衍射圖像特征的熊貓光纖定軸方法

52、Four Degrees Field of View Cassegrain Optical System with Diffractive Lens ─── 含衍射透鏡的4~d視場(chǎng)卡塞格林光學(xué)系統

53、Polarization Demultiplexing and Spatial Focusing with Diffractive Phase Element[J]. ─── 引用該論文 劉 娟,楊國楨,顧本源,董碧珍.

54、The experimental results show that high diffractive efficiencies and low noise are obtaitned upon general chemical treatments. ─── 實(shí)驗結果表明，利用常規化學(xué)處理方法同樣能獲得高的衍射效率和高的信噪比。

55、Analysis of Diffractive Image Field in Thick Film Photo-Resist by Using Fourier Modal Method ─── 利用傅里葉模方法分析厚層光刻膠內衍射光場(chǎng)

56、Keywords Multi-Layer diffractive optical element;Diffractive optics;Diffraction efficiency;Hybrid optics;Apochromatic; ─── 多層衍射光學(xué)元件;衍射光學(xué);混合光學(xué);復消色差;曲面激光直寫(xiě);

57、An Optimal Method to Design Diffractive Element with Large Numerical Aperture ─── 一種設計大數值孔徑衍射元件的優(yōu)化方法

58、Double diffractive gratings ─── 雙衍射光柵

59、To ameliorate the field of view Cassegrain optical system, a diffractive optical element (DOE) is successfully introduced to the system and the design scheme is provided in this paper. ─── 摘要為了改善卡塞格林光學(xué)系統的視場(chǎng)，將衍射透鏡成功地引入大視場(chǎng)卡塞格林光學(xué)系統的設計中，并給出了設計方案。

60、Abstract: The fast Hankel transformation algorithm is used to study the diffractive modulation property of laser beam propagation in high power laser facility. ─── 文摘:利用快速漢克爾變換算法研究了高功率激光在自由空間傳輸過(guò)程中形成低頻調制的規律，給出了衍射調制深度與光束寬度及傳輸距離等參數之間的變化關(guān)系。

61、The diffractive optical element (DOE) is continuously having more and more applications.It has become indispensable element in optics, optoelectronics, and related fields. ─── 摘要:繞射光學(xué)元件的應用愈來(lái)愈廣泛，已成為光學(xué)、光電及相關(guān)領(lǐng)域中不可或缺的元件。

62、Analyzing the difference of atom hologram and optical hologram, we point out that only the laser cooling atoms can satisfy the coherent and diffract conditions required by the hologram technology. ─── 分析討論了原子全息與光學(xué)全息的區別,指出只有經(jīng)激光冷卻的原子束才滿(mǎn)足全息技術(shù)所要求的相干條件和衍射條件。

63、Based on the theory of scalar diffraction and on the Fourier optics, a formula of the diffractive efficiency with alignment error for the 4 step Fresnel lens is obtained. ─── 摘要基于標量衍射理論，在傅立葉光學(xué)的基礎上，首先得出存在對準誤差情況下4臺階菲涅耳透鏡衍射效率的解析式；

64、The diffractive characteristics of cube-corner prism provides an evaluation method and approach to design this kind of prism. ─── 角錐棱鏡的衍射特性對角錐棱鏡的設計和評價(jià)具有指導意義。

65、Simultaneously, the influence of Gauss/Super-Gauss beam's waist radius, phase error and order number upon diffractive field was discussed. ─── 分析了高斯、超高斯光束的束腰半徑、位相誤差和階數對衍射場(chǎng)的影響。

66、The high order diffractive lenses take the place of conventional diffractive lenses to improve the performance of the system, and the telescope achieves a broader bandwidth. ─── 使用諧衍射透鏡代替普通衍射透鏡，對系統進(jìn)一步改進(jìn)，使望遠系統獲得了較寬的光譜范圍。

67、Based on the theory of scalar diffract i on,a formula for the diffractive efficiency of linewidth increasing error for th e 4 step BOE is obtained; ─── 基于標量衍射理論，首先得出線(xiàn)寬增加情況下4階二元光學(xué)元件衍射效率的解析式；

68、A Sample Test on the Tilt Angle of Object Light Illumination in the Digital Holographic 3D Surface Shape Detection[A]Proceedings of Holography and Diffractive Optics III[C], 2007 . ─── 姜忠海,辛麗,方光宇,王玉曉,張學(xué)如,宋瑛林.飛秒光纖激光自相關(guān)譜畸變產(chǎn)生機理的研究[A]2007年先進(jìn)激光技術(shù)發(fā)展與應用研討會(huì )論文集[C],2007.

69、If it is combined with high quality reduction projecting system, the fabrication of sub-micron diffractive optical elements can be realized completely. ─── 數字微鏡如果結合高質(zhì)量的高倍精縮投影光學(xué)系統，完全可實(shí)現亞微米級衍射微光學(xué)元件的制作。

70、Two-dimensional Beam Shaping with Diffractive Optical Elements ─── 二維光束整形的衍射光學(xué)元件設計

71、Sending X-rays through the crystal: Depending on how they diffract, a mathematical model is used to determine and observe the protein's structure. ─── 令X射線(xiàn)穿過(guò)晶體：我們使用一個(gè)數學(xué)模型根據通過(guò)它們時(shí)產(chǎn)生的衍射來(lái)測量和觀(guān)察蛋白質(zhì)結構。

72、reflection high energy electron diffract ─── 反射高能電子擴散

73、When incident light pass the nematic liquid crystal grating with space cycleelectric field, diffractive intensity is controlled by voltage of electric field. ─── 當入射光通過(guò)空間周期電場(chǎng)作用下的向列相液晶光柵盒時(shí)，其衍射光強受到施加在液晶盒上外電場(chǎng)的電壓控制。

74、The objective of this thesis is to discuss the microfabrication of three kinds of diffractive optical elements, namely, collimator, beam splitter, and astigmatic lens. ─── 摘要:本論文主要是探討三種繞射元件的微制程分析，元件分別為準直透鏡、分光元件與像散透鏡。

75、With the techniques and elements of diffractive optics, it is now feasible to break the diffraction limit and achieve optical superresolution. ─── 利用衍射光學(xué)的技術(shù)與器件,能夠突破受限于衍射極限的分辨率,實(shí)現光學(xué)超分辨。

76、Keywords subwavelength diffractive microlens;body-of-revolutionary finite-difference time-domain method;perfect matched layer absorbing boundary conditions; ─── 亞波長(cháng)衍射微透鏡;旋轉體時(shí)域有限差分法;完全匹配層吸收邊界條件;

77、The Instantaneous Strain Measurement Using Reflecting Diffractive Grating Method ─── 利用反射式衍射光柵進(jìn)行瞬態(tài)應變測量

78、Here, a researcher projects a laser through a flexible silk film with a diffractive optic pattern to create an image of an eye. ─── 上圖中，一位研究者讓激光通過(guò)帶有衍射光學(xué)圖案的柔韌絲膜，生成了一張眼睛的圖像。

79、Keywords Tb:Fe:LiNbO3 crystal;Exponencial gain;Diffractive efficiency;Response time Photorefraction; ─── 3晶體;指數增益;衍射效率;響應時(shí)間;光折變;

80、The existence and overlapping phenomena of spatial expanding components have been discovered and investigated in designing diffractive optical elements. ─── 摘要發(fā)現并研究了衍射光學(xué)器件優(yōu)化設計中空間延拓分量的存在及其交疊現象。

81、Middle this experiment, we use Fourier infrared spectrum (FTIR), thermal analysis (TGA), X beam diffract (XRD) and transmission electron microscope (SEM) attribute. ─── 在本實(shí)驗當中，我們采用傅立葉紅外光譜（FTIR）、熱分析（TGA）、X射線(xiàn)衍射（XRD）及透射電子顯微鏡（SEM）來(lái)表征。

82、double-layer harmonic diffractive optical element ─── 雙層諧衍射元件

83、Abstract： Base on the diffractive theory and infrared optic design principle, the superiorities of BOE are incarnated by the design of a far-infrared teleobjective system. ─── 摘要：本文基于衍射光學(xué)理論和紅外光學(xué)系統設計理論，結合二元光學(xué)技術(shù)設計了遠紅外望遠物鏡。

84、Experiments show that,when the laser light illuminates the vibrancy liquid surface,the surface wave may diffract the incident light. ─── 實(shí)驗發(fā)現 :激光束照射在振動(dòng)的液面上 ,表面波對入射光可產(chǎn)生衍射 ;

85、9 Study of an athermal infrared dual band optical system design containing harmonic diffractive element[J]; Chinese Science Bulletin; 2003年12期; 29-34 ─── 8李大勇,曹振新,吳樂(lè )南;光纖表面等離子體共振傳感檢測系統的數據處理[J];測控技術(shù);2005年12期;26-28+38

86、It is composed of phase-only diffractive optical elements, which implement lens and multiple-beam-splitter functions. ─── 它是由純相位衍射光學(xué)元件，這些鏡頭和實(shí)施多波束分流職能。

87、The Improvement of Light Intervening and Diffract Experiment ─── 光的干涉和衍射實(shí)驗的改進(jìn)

88、The Collins formula (1970) contacts the diffract integral of optical system complex with ABCD matrix and provides a mathematics tool for studying laser beams passing through paraxial ABCD optical system. ─── 1970年Collins將復雜光學(xué)系統的衍射積分與ABCD矩陣元聯(lián)系起來(lái)，推導出了Collins公式，為研究光束通過(guò)近軸ABCD光學(xué)系統的傳輸與變換提供了一個(gè)有效的工具。

89、Study of Soft X-ray Diffractive Gratings Using Differential Method ─── 應用微分電磁理論研究軟X光衍射光柵