例句與造句

1. The obvious question becomes : is this diffraction limited or not
   現在問題變成：這個是不是衍射極限的作用？
2. This optic is diffraction limited at the center field but not at the edge
   衍射極限只在中心部分起了作用而不是邊緣。
3. The system has the advantage of light weight , simply structure and near diffraction limited imaging quality
   該系統重量輕，結構簡單，成像質量接近衍射極限。
4. Broad - area laser diode with 0 . 02 nm bandwidth and diffraction limited output due to double external cavity feedback
   帶寬近衍射極限輸出的雙外腔反饋半導體激光器
5. This in turn leads up to asking the question of exactly how large is the diffraction limited field of view
   反過來，又引出一個新的問題，衍射極限的視角到底有多大？
6. It's difficult to find diffraction limit in a sentence. 用diffraction limit造句挺難的
7. This star is at the zero field angle and , as in our example above , we are enjoying a diffraction limited view of this star
   這顆星的角度就是0度，我們當然很樂意進行這樣的單星測試。
8. When we use the term diffraction limited , we must also qualify where in the telescope field of view this is happening
   當我們使用衍射極限這個概念時，我們必須限定是在望遠鏡的哪一個部分。
9. The images will look different than they did before because we are now approaching the resolution limit ( the “ diffraction limit ” ) of the microscope
   圖片看上去會與處理前有不同，因為我們面臨顯微鏡分辨率的極限(衍射極限） 。
10. In turn we present another spot diagram with several points in the field of view to demonstrate the portion of the view that is diffraction limited as well as what is not
    我們再提供另一個點圖，這個圖是在視場內提供了幾個光點，來說明剛才所說的共同作用的道理。
11. The basic idea behind opc is to intentionally and systematically distort the mask in such a way as to compensate for optical diffraction limit and process non - idealities
    其基本思想是有目的、有系統地通過對掩模形狀做預失真來補償由光學系統的衍射和工藝的非線性引起的失真。
12. When a larger waist w of the incident gaussian beam and a shorter focal length / of the lens are chosen , we can obtain an extremely - small dark spot size of the focused hollow beam , even approach the diffraction limit
    當選擇較大的入射準直高斯光束的束腰w _ 0和較短的薄透鏡焦距f時，可以在焦平面上產生一個很小的dss (或束半徑r _ 0 ) ，甚至可以接近衍射極限。
13. The resolution of optical system can not reach its diffraction limit because of the phase aberrations caused by atmospheric turbulence and other wavefront errors . adaptive optics technology uses deformable mirrors to perform dynamic phase modulation and endow optical system the ability to decrease the influence of dynamic wavefront errors
    大氣湍流等動態干擾使光波面相位發生畸變，使光學系統的分辨率無法達到其衍射極限，而自適應光學系統使用變形鏡對光波面進行動態相位調制，賦予了光學系統能動可變的能力而有效地解決了動態干擾的問題。
14. In fact , hartmann - shack wavefront sensor is affected by the noise of ccd and the constructed error too . in our compare , a bridge is setup , which is the original wavefront composed by zernike polynomial , we transform the original wavefront into far field . then we can compare the accuracy of hartmann - shack wavefront sensor with the accuracy of the system of far field diagnosis in detecting the farfield , using diffraction limit and encircle energy
    我們在進行兩者相互比較的過程中，搭建了一個比較的橋梁，即由zernike多項式組成的各種原始像差波前，將它也變換到遠場作為原始理想遠場光斑，然后，以它的衍射極限和環圍能量曲線作為評價標準，比較hartmann - shack波前傳感器和遠場測量系統在光束質量診斷中的探測精度。
15. The tuning curve of type - i phase matching of bbo opo are measured with accuracy ; the maximum conversation in total of the system is about 31 % at 615 . 6 nm , and it is fitted well with the gtp formula ; in the end we compared the output linewidth and unstable cavity far field beam qua lity of the bbo opo under the condition of type - i phase matching and type - ii phase matching , it is proved that we can obtain the parametric output of linewidth less than 0 . 3 nm and the beam divergence angle approaching diffraction limits by take the advantages of type - ii phase matching and unstable cavity designs
    測量了該系統的轉換效率最大為31 ，并能與理論公式極好地吻合，最后比較了在類相位匹配條件下和類相位匹配條件下的bbo - opo的輸出線寬，以及非穩腔的遠場光束質量，實驗結果表明，利用類相位匹配以及非摘要穩腔設計可以獲得線寬小于0 3nlm 、光束發散角接近衍射極限的參量光輸出。
16. The design results and the performance evaluation of f - theta200 and f - theta500 are given in detail . the designed lenses are simple and compact and their cost are low . the focusing performances are within diffraction limit , the relative illuminations quite uniform and the distortion relative to the f - theta linear relation small
    詳細給出了f - theta200和f - theta500的像質評價和研制結果,所研制的f - theta鏡頭具有工作面積大、結構簡單緊湊、加工成本較低、聚焦性能達到衍射極限、工作面上相對照度分布均勻、能量集中度高和畸變小等優點。