imaging quality 中文意思是什麼
imaging quality
解釋
成像質量-
A new double time - frequency imaging method is present to improve the imaging quality
提出了雙時頻雷達成像，用於進一少提高成像質量。 -
They mainly work hard at softwares to accomplish special processing systems. the imaging quality has become better and better and now the range and cross - range resolution can be very high
系統設計者紛紛採用數字信號處理技術，在軟體上多下功夫，做出專用處理設備，成像質量不斷提高，其距離和方位向已達到了很高的分辨力。 -
The optimization theory, optimum dispersion value, dispersion direction and the factors affecting on the imaging quality of planar image in wavelength multiplexing optical fiber image transmission system was deeply and th eoretically analyzed as the emphases in this article, and at the same time through the development of true optical fiber image transmission system ( optical fiber periscope ), the studying of making the image quality optimization of optical fiber image transmission system being useable and been used in engineering was completed
其中，重點對波分復用光纖傳像系統二維圖像的像質優化機理、最佳色散量與最佳色散方向的選擇，以及影響系統成像效果的各種主要因素進行了深入的理論分析；並結合實際光纖望遠系統? ?光纖潛望鏡的研製，完成了光纖傳像系統像質優化的實用化、工程化實現研究。 -
The durations of good imaging within a fixed year are preliminarily obtained by statistical analysis of imaging quality obtained from spectral observations in 1982 with the horizontal spectrograph installed at the yunnan observatory. the results show that in the autumn, september and august, a good image is usually available. for a daytime, there are two time intervals during which the solar image is relatively better than other time, one is in the morning 2 3 hours after the sunrise ; another in the afternoon 3 4 hours before the sunset, and it lasts about 0. 5 1. 0 hours for each
通過對雲臺水平式太陽光譜儀1982年太陽光譜觀測中的成像質量情況統計分析，初步得到光譜儀一年中成像質量優良的時間在秋夏9月和8月份；一天內有兩次像質優良的時間，上、下午各有一次，分別在日出后2 3小時和日落前3 4小時各有半小時到1小時左右的時間。 -
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。 -
Ultrasonic imaging well logging tool satisfies the needs of all kinds of complex situations of casing well through improving imaging quality and resolution
摘要超聲波成像測井儀通過改善成像質量和解析度，較好地滿足了各種套管井復雜情況的需要。 -
Being one of the key technologies of euvl, the alignment of optical lithography system affects directly the final imaging quality of the system
作為euvl關鍵技術之一，微縮投影光學系統的精密裝調直接影響著系統的最終成像質量。 -
From 100 meters to 2 meters, the restriction of angle of view is considered. during different phase, using different focus of image sensors to keep the image of feature points in the field of view ( fov ). and then analyze the three kinds of random noise affecting ccd imaging quality
在目標器上配置多特徵點的條件下，建立了運動參數的測量模型，並對此模型進行了誤差分析，得到影響測量精度的誤差因素；同時，為保證目標器的特徵點在整個交會對接過程中不溢出視場，提出了在100m 2m的交會對接過程中對ccd視場角的約束條件。 -
Generally, the gravity introduced deformation of an optical lens with smaller aperture ( < ( 100mm ) within visible band is about ( / 20 even less than this value. for general optical lens, this error level can be entirely neglected. but for the high - accuracy optical system within extreme ultraviolet band, the error caused by gravity deformation will lead to imaging quality degradation
本文較為系統地介紹了光學鏡頭的裝配與調校方法，一般地講，在可見波段內，光學鏡片口徑較小（ < 100mm ）時，重力引起的變形一般/ 20左右甚至更小，對於一般的光學鏡頭這樣量級的誤差完全可以忽略，但在極紫外短波長的高精度光學系統中重力變形帶來的誤差會使光學系統成像質量下降。 -
In this paper a system using cmos imaging technique is proposed to evaluate quickly the imaging quality of lens on the basis of fourier optics
本論文以傅立葉光學為依據，詳細討論了一種利用cmos成像對鏡頭成像質量進行快速評價的系統。 -
We have completed the earlier stage research on theory analysis, fabricated the grin sphere lenses using two kind of monomer selected by suspension diffusion copolymerization method, measured their refractive index distribution curve and other optical parameters of them, and evaluated imaging quality on the basis of their distribution curve
本工作對此種透鏡的光學性能進行理論分析，選擇兩種適當聚合物單體利用懸浮擴散共聚的方法加工制備此類微球透鏡，測量所得透鏡的折射率分佈曲線和其它光學參數，並對此種梯度折射率微球透鏡的成像特性進行了評價。 -
Because of the changes of the surroundings, the camera ' s focusing plane will offset in different degree. in order to ensure the imaging quality of the space camera in complicated environment, the camera ' s focusing plane needs be modulated. so it is necessary to devise a system to adjust the place of the space camera ' s focusing plane. in this paper, auto - focusing mechanism the space camera been reach on
由於環境條件的變化，相機的焦面將產生不同程度的偏移，即離焦，為保證相機在比較復雜的環境條件下的成像質量，需對相機變化的像面加以校正，因此設計一套調整空間相機像面位置的系統，即調焦系統是十分必要的。 -
Since the special characteristics of euv components, the imaging quality and the transmission are severely restricted by the components of eut
由於euv波段光學元件特有的光譜特性，每個光學元件的性能指標對eut的傳輸效率及成像質量都有重要的影響。 -
With the development of sar imaging technique and the improvement of sar imaging quality, high range and azimuth resolution has come true. as a result, sar has been an important tool for scientific research and remote sensing. it will take on a supreme future in both military and civil
隨著sar成像處理技術的發展，其成像質量不斷提高，它成為當今高科技條件下一種不可取代的探測、偵察手段，在軍事、經濟和科學研究等方面都有重大價值和廣泛應用前景。 -
Extraordinary thermal sensitivity and imaging quality a thermal sensitivity of 0. 08c lets you see the smallest temperature differences clearly. the p65 is ready for action in seconds, thanks to its state - of - the - art 320 x 240 uncooled microbolometer detector
人體工程學設計的功能強大的紅外檢測系統thermacam p65能夠最大限度的提高專業紅外檢測人員的工作效率， p65因此成為預知維護專家的最佳選擇。 -
The edge effect of the main magnet influences the imaging quality seriously
主磁體端部磁場的邊緣效應嚴重影響其成像質量。 -
Non - system variables having influence on imaging quality of tdiccd are discussed in the paper. the adjustment method is proposed
摘要對非系統變量在tdiccd成像質量的影響進行了討論，且給出了校正方法。 -
Calculating and analyzing shows that the smaller the radius of the gaussian beam, the smaller the cut - off spatial frequency in both transverse and longitudinal directions, the lower the imaging quality
計算與分析表明，光束的束腰半徑越小，三維成像時橫向和軸向的截尾空間頻率都減小，成像品質下降，解析度降低。 -
The significant characteristics of the new afm include : ( i ) it has a horizontally designed probe unit, and the direction of cantilever ' s weight was perpendicular to the atomic force, thus the effect of cantilever ' s weight on the imaging quality can be effectively avoided ; ( ii ) it owns a particular path of optical beam deflection method for the measurement of cantilever ' s displacement
臥式afm探頭系統的顯著特色是，微懸臂重力與原子力方向相互垂直，有效地避免了重力對微懸臂及成像質量的影響，從而在設計方法上保證了afm的性能。本文在方法上的另一創新是，發展了獨特的微懸臂偏轉量的光束偏轉法檢測系統。 -
Removable compactflash memory extraordinary thermal sensitivity and imaging quality
全屏數據的jpeg格式圖像存儲
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