?fresnel

fresnel 發(fā)音

英：[fre??nel]　　美：[?fre?nel]

英：　　美：

fresnel 中文意思翻譯

fresnel 短語(yǔ)詞組

1、Fresnel bimirror ─── [化] 非涅耳雙鏡

2、first fresnel zone ─── [電] 第一Fresnel帶

3、Fresnel zone ─── [計] 菲涅耳帶

4、Fresnel ellipsoid ─── [電] 夫累耐爾橢圓體

5、Fresnel diffraction pattern ─── [電] 夫累耐爾繞射圖

6、Fresnel region ─── [計] 菲涅耳區域

7、Fresnel Lens Optical Practice ─── 菲涅耳透鏡光學(xué)實(shí)踐

8、Fresnel diffraction ─── [化] 菲涅耳衍射

9、Fresnel biprism ─── [化] 菲涅耳雙棱鏡

10、Huygens-Fresnel principle ─── [化] 惠更斯-菲涅耳原理

11、Fresnel diffraction screen ─── [電] 夫累耐爾直顯屏

12、Laterally Compounded Fresnel Lens Optical Landing System ─── 橫向壓縮菲涅耳透鏡光學(xué)著(zhù)陸系統

13、Fresnel lens ─── [計] 菲涅耳透鏡

14、Augustin Jean Fresnel ─── [網(wǎng)絡(luò )] 奧古斯丁·讓·菲涅耳

15、Fresnel-Kirchhoff formula ─── [化] 菲涅耳-基爾霍夫公式

16、Fresnel formula ─── [化] 菲涅耳公式

17、Fresnel lens magnifier ─── [電] 夫累耐爾透鏡擴大器

18、Fresnel loss ─── [電] 夫累耐爾損失

19、Fresnel Lens Optical Landing System ─── 菲涅耳透鏡光學(xué)著(zhù)陸系統

fresnel 同義詞

fresh water | pond | stream | river | creek | brook |lake

fresnel 常用詞組

fresnel diffraction ─── 菲涅耳衍射

fresnel zone ─── n. 菲涅耳帶；菲涅耳區

fresnel lens ─── 菲涅耳透鏡

fresnel 反義詞

saltwater

fresnel 相似詞語(yǔ)短語(yǔ)

1、freshener ─── 潔凈爽膚水

2、fresher ─── n.（非正式）大學(xué)一年級新生；adj.（尤指食物）更新鮮的；更新的；（水）更淡的；（天氣）清涼的；更潔凈的；adv.更新鮮地；更新地；n.(Fresher)（美、俄、英）弗什爾（人名）

3、Fresnel ─── n.菲涅耳（法國物理學(xué)家）

4、freshened ─── vi.變得新鮮；減少鹽分；使自己精神飽滿(mǎn)(常與up連用)；vt.使清新；使新鮮；使精神煥發(fā)

5、fresnels ─── n.菲涅耳（頻率單位，1菲涅耳相當于1012赫茲）；n.（Fresnel）菲涅耳（法國物理學(xué)家）

6、freshen ─── vi.變得新鮮；減少鹽分；使自己精神飽滿(mǎn)(常與up連用)；vt.使清新；使新鮮；使精神煥發(fā)

7、freshes ─── adj.新鮮的；清新的；淡水的；無(wú)經(jīng)驗的；n.開(kāi)始；新生；泛濫；adv.剛剛，才；最新地

8、freshed ─── 新鮮的

9、freshet ─── n.洪水；淡水水流

fresnel 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Firstly, the secret image is transformed into a digital hologram image by the means of discrete Fresnel diffraction. ─── 首先，原始的水印圖像經(jīng)過(guò)離散菲涅爾變換轉化成數字全息圖，并對數字全息圖進(jìn)行灰度變換；

2、In digital holography microscopy,the Fresnel approximation is no longer valid, when the object is placed near to the CCD. ─── 在數字全息顯微術(shù)中,當物體與CCD相當近時(shí),菲涅耳近似條件將不再成立,對數字全息圖必須用卷積法再現。

3、Imaging characteristic of Fresnel lens for parallel incident rays is analyzed by ray tracing and experiments. ─── 利用光線(xiàn)追跡與實(shí)驗的方法，對菲涅耳透鏡在平行光照明時(shí)的成像特性進(jìn)行了分析。

4、Analyois of Fresnel lens transmissivity and research of design[J]. ─── 引用該論文 陳杰,李湘寧,葉宏偉.

5、method of making the Fresnel lens is described. ─── 還描述了制造菲涅耳透鏡的方法。

6、HD70-S1 Inland Lantern consists of Fresnel plastic lens, plastic base, flasher and sunswitch and twin filament lamp, color-lamp for color light.It has a simple watertight structure of durability. ─── HD70-S1 型內河航標燈由菲涅耳型塑料透鏡、塑料燈座、閃光電路板、日光開(kāi)關(guān)等組成，內裝雙絲燈泡，色光用染色燈泡。

7、A DISCUSSION ON FRESNEL APPROXIMATION IN PHASE SCREEN MODEL ─── 位相屏模型中菲涅耳近似的討論

8、By IOR (fresnel reflections) - uses a fixed reflection curve based on the angle of view and its strength is controlled by the material's index of refraction. ─── 依照折射率（菲涅耳反射）使用一個(gè)依據觀(guān)察角度計算的反射折射，其數值大小依據物質(zhì)折射率。

9、Validity of the Fresnel approximation for hard-edged diffracted beams[J]. ─── 引用該論文 王明灼,段開(kāi)椋,呂百達.

10、The Comparison and Analysis of Semi - infinite Type of Fresnel's Disk Diffraction ─── 半無(wú)限型菲涅耳圓盤(pán)衍射的對比分析

11、Large aperture Fresnel optical lens design and manufacturing ─── 大型菲涅耳透鏡的設計和制造

12、The research of the fresnel diffraction of one-dimensional periodic grating and the measure of the grating constant ─── 一維周期光柵的菲涅耳衍射研究及光柵常數的測試

13、and calculating field distribution on an imaging surface by using Fresnel conversion and transmitting the decoded hologram. ─── 采用菲涅爾轉換計算成像面上的場(chǎng)分布，再所述解碼后的全息圖。

14、Fresnel Zone Plate (FZP) non-movable convolution scanning holography is based on the FZP scanning holography. ─── 基于菲涅耳波帶板掃描全息術(shù),提出了無(wú)運動(dòng)卷積菲涅耳波帶板掃描全息術(shù)。

15、Design the vertical-cavity surface emitting laser using fresnel matrix method ─── 垂直腔面發(fā)射激光器菲涅耳系數矩陣法設計

16、A geometry approach on Fresnel diffraction by semitransparent strip screen ─── 半透明直條屏菲涅耳衍射的幾何分析方法

17、The Light Intensity Distribution of Single Slit Fresnel Diffraction ─── 單縫菲涅爾衍射的光強分布

18、The relationship between the resolution of LCD and the frequency of holographic fringe in the Fresnel computer-generated hologram (CGH) was demonstrated. ─── 以菲涅爾全息為例，分析了LCD空間分辨率和全息條紋頻率之間的關(guān)系。

19、HD160-B1 LED Lantern is composed of acrylic Fresnel lens ,super-high-intensity LED ,flasher,sunswitch and cast alloy aluminum case. ─── B1 LED航標燈由丙烯酸塑料菲涅耳透鏡、超高亮LED、閃光器，日光開(kāi)關(guān)和鑄鋁合金外殼組成。

20、This paper introduced an optical setup to perform fractional Fourier transformation by Fresnel diffraction with a converging spherical wave illumination. ─── 提出了在會(huì )聚球面波照明下，用菲涅耳衍射實(shí)現分數傅里葉變換的光學(xué)裝置。

21、Study of the Fresnel len diffraction field based on the scalar diffraction theory ─── 基于標量衍射理論的菲涅耳透鏡衍射場(chǎng)研究

22、Fast algorithm research for Fresnel's point light CGH[J]. ─── 引用該論文 蔡曉鷗,黃建曉,薛漫芝.

23、Fresnel lens on the top. ─── 的菲涅爾透鏡。

24、THE DESIGN OF NEW OFFSET FED FRESNEL ZONE PLATE ANTENNA ─── 一種偏饋FZP天線(xiàn)的設計方法

25、Study of CGH for 3D image using fresnel zone ─── 利用菲涅爾波帶法計算三維全息

26、Fresnel Formulate and Brewster Law of Optical Waves in the Left-handed Materials ─── 光波在左手材料中的菲涅爾公式和布儒斯特定律

27、Abstract： The one-dimensional Fresnel zone phase correcting principle can be applied to a cylindrical reflector to construct a new type of point source feeding reflector. ─── 摘 要： 在拋物柱面反射器上進(jìn)行一維菲涅爾區相位修正結構設計，可以構成一類(lèi)新型的點(diǎn)源饋電反射器。

28、Design of Objective Lens with Reflective Spherical Fresnel Zone Plate ─── 應用反射型球面菲涅耳波帶片的成像物鏡設計

29、Augustin Fresnel",,"Nature is not embarrassed by difficulties of analysis. ─── ","大自然并不被分析的困難所阻礙.

30、Fresnel diffraction of a plane transmission grating ─── 平面透射光柵的菲涅耳衍射

31、The Fresnel integral can be computed on the basis of geometrical properties of the Cornu spiral. ─── 利用科紐卷線(xiàn)的幾何特性,可以計算菲涅耳積分。

32、The Fresnel CGH is applied to the computer images encryption/decryption, the results are also given. ─── 將菲涅耳CGH應用于圖像的加/解密,并給出解密結果;

33、Generation of axial line-focus using a binary-phase Fresnel zone plate ─── 使用二元相位菲涅爾波帶片產(chǎn)生軸向線(xiàn)聚焦

34、One dimensional Fresnel zone phase corrected plate (1-DFP) can be made by a 1/P wavelength phase correcting along one dimension upon the plate. ─── 在平面上沿某一個(gè)方向進(jìn)行1/P波長(cháng)的相位修正,可以構成一維菲涅爾區相位修正平面。

35、Fresnel the merged into the bottom of their hearts "with our blood and flesh, build our new Great Wall, " the solemn melody. ─── 聶耳的心底里匯成了“把我們的血肉，筑成我們新的長(cháng)城”的莊嚴旋律。

36、HD155-S2 Lantern consisits of Fresnel plastic lens ,plastic base ,flasher,sunswitch and lampchanger.It has the character of portability,durability and high intensity. ─── S2型航標燈由菲涅耳型塑料透鏡、塑料燈座、閃光器、日光開(kāi)關(guān)以及換泡機等組成。

37、Visibility of Interference Fringe In Fresnel's Double Prism Experiment ─── 關(guān)于菲涅耳雙棱鏡實(shí)驗中干涉條紋的可見(jiàn)度

38、A binary Fresnel lens used as light splitting element ─── 可用作分光元件的二元菲涅耳透鏡

39、A New Type of Reflector Antenna Based On the Fresnel Principle ─── 基于菲涅爾原理的新型反射面天線(xiàn)

40、Keywords Zoom Flash;Fresnel Lens;Design; ─── 變焦閃光燈;菲涅爾透鏡;設計;

41、In 1818 Fresnel entered a competition sponsored by French Academy. ─── 1818年菲涅耳參加了法國科學(xué)院主辦的一次競賽。

42、single-slit Fresnel diffraction ─── 單縫菲涅耳衍射

43、Analysis of Problem of Fresnel Parallel Light Straight-edge Diffraction in Mask Stereolithegraphy ─── 掩膜立體成型中平行光邊緣衍射問(wèn)題分析

44、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.

45、STUDY OF CRYSTAL OPTICAL CHARACTER BY USE OF FRESNEL WAVE RAY EQUATION ─── 利用菲涅耳波射線(xiàn)方程求解晶體光學(xué)問(wèn)題的研究

46、Due to the Fresnel reflection in optical fiber links there will be dead zone existing in the measurement using OTDR.This paper gives a quantitative analysis of this so called dead zone. ─── 光纖線(xiàn)路中的菲涅爾反射使OTDR測試有盲區，文章對該盲區進(jìn)行了定量分析。

47、With the definite recording distance and definite parameters of CCD, the DOF of off-axis Fresnel system is slightly larger than that of in-line system. ─── 在記錄距離和CCD參數一定的條件下,離軸菲涅耳數字全息成像系統的焦深略大于同軸菲涅耳數字全息的焦深;

48、The resu1ts indicate that this method to monitor the phased array antenna's performance in Fresnel zone is an effective method. ─── 結果表明在菲涅爾區用聚焦法監測相控陣天線(xiàn)性能是一種行之有效的方法。

49、The intensity ripples of Fresnel diffraction are suppressed and the filling factor is improved by using the serrated aperture. ─── 從光路的實(shí)際使用效果看,對比圓孔光闌,應用波紋光闌在其作用范圍內實(shí)現了對光束衍射調制的抑制和填充因子的提高。

50、In the beginning people accepted particle theory, but after Thomas Young's experiment7 and Augustin Jean Fresnel's experiment8, people accepted the wave theory. ─── 但在托馬斯.揚7實(shí)驗和菲涅爾8實(shí)驗之后，人們接受了波動(dòng)理論。

51、Keywords Fresnel press-on prism strabismus diplopia nystagmus; ─── 壓貼三棱鏡;斜視;復視;眼震;

52、HD155-S1 Lantern consists of Fresnel plastic lens, plastic base, flasher, sunswitch and lampchanger.It has the character of portability, durability and high intensity. ─── S1型航標燈由菲涅耳型塑料透鏡、塑料燈座、閃光器、日光開(kāi)關(guān)以及換泡機等組成。

53、EXPRESSIONS OF FRESNEL FORMULA FOR UNIAXIAL CRYSTAL IN A PARTICULAR CASE ─── 單軸晶體上菲涅耳公式在一種特殊情況下的形式

54、The original image can he recovered from the encrypted Fresnel holographic mark using the converse encrypt procedure. ─── 原始認證信息的提取過(guò)程是加密過(guò)程的逆過(guò)程。

55、A new point of view is that if the angle between the normal dir-cetion of incident wave surface and Z axies is smaller, fresnel diffraction for-mation is still tru, and presented. ─── 在此基礎上,對費涅耳衍射近似條件作了討論,提出此近似條件可表達為照明波波面法線(xiàn)與Z軸夾角很小時(shí),費涅耳衍射成立的新論點(diǎn)。

56、The bistable bahavior originating from optical nonlinear coupling between a prism and a nonlinear waveguide by using Fresnel formulas is described. ─── 利用菲涅耳公式計算了棱鏡非線(xiàn)性光波導耦合.

57、By using Fresnel and Fraunhofer diffraction theory, the reason for the occurrence of resonance in the periodic rebar array is explained, with the derivation of the resonance frequency expression. ─── 應用菲涅耳及夫瑯和費標量衍射理論解釋了鋼筋網(wǎng)出現諧振的現象，給出了鋼筋諧振頻率遵循的公式。

58、Transmission Influenced by Fresnel Reflection in Optical Fiber Circuits ─── 光纖線(xiàn)路中菲涅爾反射對傳輸的影響

59、Measurement and Analysis of Diffraction Efficiency of Fresnel Microlens Arrays[J]. ─── 引用該論文 王植恒,陳英,杜春雷.

60、Optical Tomography Based on Fresnel Zone Plate Scanning Holography ─── 基于菲涅耳波帶板掃描全息術(shù)的光學(xué)層析成像

61、Design of Fresnel lens with big grooves and equal thickness based on the software Zemax ─── 基于Zemax軟件的大齒距等厚菲涅爾透鏡的設計

62、At the same time, it shows that studying and designing the vertical-cavity surface-emitting lasers optical properties using the Fresnel matrix method is a simple and fast way. ─── 同時(shí)也說(shuō)明菲涅耳系數矩陣法設計垂直腔面發(fā)射激光器是一種快速準確的方法。

63、Fractional Fourier Transform Holography and Fresnel Diffraction ─── 分數傅里葉變換全息與菲涅耳衍射

64、The lens may take a variety of shapes, including Fresnel features, and may focus, collimate, or defocus the ultrasonic energy. ─── 透鏡可以采用多種形狀，包括菲涅爾特征并且可以聚焦、準直或散焦該超聲能量。

65、The equivalent Fresnel numbers of the regular polygon and slit are calculated by using the radius of inscribe circle and half width of the slit as the feature length. ─── 以正多邊形的內切圓半徑和狹縫的半寬度為特征尺度,給出了勻幅平面波入射時(shí)正多邊形和狹縫的等效菲涅耳數。

66、The patterns of two electrodes as the upper and lower substrates are accurately superposed on the Fresnel zone plate(FZP) in the refractive-diffractive hybrid focus-variable imaging system. ─── 在折衍射變焦成像系統中,菲涅耳波帶片(FZP)的上下兩塊電極圖形是完全對準的。

67、Equivalency Between Fractional Fourier Transform and Fresnel Dif fraction ─── 分數傅里葉變換與菲涅耳衍射的等效性

68、The light efficiency and irradiance uniformity of Fresnel lens sheet and semi-circular diffuser sheet which composed of diffuser and prism function are also discussed here. ─── 并結合擴散板與稜鏡片功能，設計一菲涅爾透鏡與半圓燈罩式擴散片，取代傳統擴散板，討論其光使用效率與光均勻性。

69、The basic principle of this measurement comes from the Fresnel formula and Brewster's law. ─── 其基本原理源于菲涅耳公式和布儒斯特定律。

70、For the microscopy by off-axis lensless Fourier transform holography, Fresnel reconstructing method is better than the convolution method. ─── 對于離軸無(wú)透鏡傅里葉變換全息顯微來(lái)說(shuō)，菲涅耳近似重建方法優(yōu)于卷積方法。

71、A Novel Linear Edge Detector Derived from Fresnel Diffraction Mode ─── 一種基于菲涅爾衍射的邊緣檢測算法

72、Utilize Improved 2d-FFT Algorithm to Devise Kinoform Based on Fresnel Transformation[J]. ─── 引用該論文 朱澤欽,齊開(kāi)國,姚煙,李銀妹.

73、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

74、MATLAB and Its Application to Solve Fresnel Diffraction of the Cube Corner Prism ─── MATLAB在處理角錐棱鏡菲涅耳衍射問(wèn)題中的應用

75、HD100-B1 LED lantern is composed of plastic Fresnel lens,super-bright LEDs,flasher,sunswitch and alloy aluminum case. ─── B1 LED航標燈由塑料菲涅耳透鏡、超高亮LED、閃光器、日光開(kāi)關(guān)和鑄鋁合金外殼組成。

76、To fit the need of single-end test in some applications, a new sensing configuration, in which Fresnel reflex and the scheduling of two signals are used, is brought forward. ─── 光纖端面的菲涅爾反射光和信號檢測的時(shí)序控制在該結構中被應用，以實(shí)現溫度或應變的測量。

77、HD160-B1 LED Lantern is composed of acrylic Fresnel lens, super-high-intensity LED, flasher, sunswitch and cast alloy aluminum case. ─── HD160-B1 LED 航標燈由丙烯酸塑料菲涅耳透鏡、超高亮LED、閃光器、日光開(kāi)關(guān)和鑄鋁合金外殼組成。

78、Basing on the light diffracting theory of Kirchhoff, we obtain the expression for the intensity of speckles in deep Fresnel diffraction region. ─── 摘要利用基爾霍夫衍射理論分析了菲涅耳深區內的散斑場(chǎng)，得到了菲涅耳深區散斑光強的一般表達式。

79、The intensity distributing and the contributing range for using the serrated aperture are analyzed based on Fresnel diffraction theory. ─── 應用菲涅耳衍射光強分布理論以及光軸上光強分布理論對波紋光闌在一定條件下的作用范圍進(jìn)行了分析。

80、A Method to Analyse the Fresnel Diffracted Field of an Arbitrary Multiple Phase Grating ─── 一般多值相位光柵菲涅耳衍射光場(chǎng)的分析

81、Fresnel lens on the top. Thickness and quality of the glass are impressive. ─── 的菲涅爾透鏡。透鏡的厚度和質(zhì)量令人印象深刻。

82、The Probing about the Fresnel's Diffraction and Fraunhofer Diffaction of the Single Slit Source ─── 單縫的菲涅耳衍射與夫瑯和費衍射的探討

83、An approach to realize dynamic focusing in Optical Coherence Tomography (OCT) is proposed by using liquid crystal Fresnel zone lens. ─── 提出了利用液晶菲涅爾波帶透鏡實(shí)現光學(xué)相干層析成像(OCT)動(dòng)態(tài)聚焦的方法。

84、three monochromatic Fresnel holograms ─── 分色菲涅耳全息圖

85、Fresnel formulas of a medium surface in motion ─── 介質(zhì)表面運動(dòng)時(shí)的菲涅耳公式

86、The Limit of Fraunhofer and Fresnel Single Slit Diffraction in the Experiments ─── 夫瑯和費型與菲涅耳型單縫衍射在實(shí)驗中的界限

87、The Fresnel zone plate scanning holography is applied in the imaging through highly scattering media. ─── 將菲涅耳波帶板掃描全息術(shù)用于高散射介質(zhì)成像技術(shù)中。

88、Experimental Investigation of X Ray Bragg Fresnel Optics ─── X射線(xiàn)布拉格-菲涅耳光學(xué)元件的實(shí)驗研究

89、For the microscopy by off-axis lensless Fourier transform holography, Fresnel reconstructing method is better than the convolution method. ─── 對于離軸無(wú)透鏡傅里葉變換全息顯微來(lái)說(shuō)，菲涅耳近似重建方法優(yōu)于卷積方法。