數學顯微鏡 的英文怎麼說

中文拼音 [shǔxuéxiǎnwéijìng]
數學顯微鏡 英文
school microscop
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 顯 : Ⅰ形容詞1 （明顯） apparent; obvious; noticeable; evident 2 （有名聲有權勢的） illustrious and inf...
  • 鏡 : Ⅰ名詞1 （鏡子） looking glass; mirror 2 （幫助視力或做光學實驗的器具） lens; glass 3 （姓氏） a s...
  • 數學 : mathematics
  • 顯微鏡 : microscope
  • 顯微 : microadiography
  1. The vertical and horizontal slides of stramata of cordyceps sinensis ( berk ) sacc were observed and photographed on optical microscope. the shape of perithecia and ascospore of cordyceps sinensis ( berk ) sacc in qinghai province, the number of ascus contained in each perithecia, the number, length, width, the horizontal partition number and the distance among the partitions of ascospore in each ascus were measured and described

    把冬蟲夏草子座製成縱、橫切片，用光學顯微鏡觀察並拍照，對青海冬蟲夏草子囊殼及子囊孢子的形態、每一子囊殼中所含子囊、每一子囊所含子囊孢子的數目、長度、寬度、橫隔隔數和隔距進行了測量與描述。
  2. Optical microscopy and electron microscopy were employed to study the microstructure and ultrastructure of the leaves of low temperature germplasm and measure or count the lengths of diachyma cells, number of diachyma cells per unit leaf area, chloroplast number per diachyma cell, the number of diachyma cell layers and the number of granum lamella of low - temperature wheat germplasm

    應用光學顯微鏡和電子顯微鏡研究了小麥低溫種質葉片顯微和超微結構，測量統計了葉肉細胞長度、單位面積葉肉細胞數目、單個葉肉細胞中的葉綠體數目、葉肉細胞層數和葉綠體基粒片層數。
  3. The company has stuff more than 800, cover an area of 2 place, add up to 33000 square metre, have year of production 80 thousand taichun are advanced and optical the ability of 80 million microscope, of all kinds and optical component, wide application detects at medicine, education, industry the consumptive market such as domain and digital camera, mobile phone, umbriferous tv, scanner, the product sells past world each district

    公司現有員工800餘名，佔地二處，共計33000平方米，擁有年生產八萬臺中高級光學顯微鏡、八千萬件各類光學元件的能力，廣泛應用於醫學、教學、工業檢測領域及數碼相機、手機、投影電視、掃描器等消費市場，產品銷往世界各地。
  4. The numerical reequip of video frequency of optical microscope

    光學顯微鏡的視頻數字化改造
  5. Though, the lateral resolution of cm has been enhanced to be 1. 4 times of that of a conventional optical microscope under the same aperture focus ratio, it is still two orders of magnitude lower than the axial resolution of itself. so, it is urgent to further improve the lateral resolution of cm

    然而，盡管共焦顯微鏡的橫向分辨力已提高到相同孔焦比的普通光學顯微鏡的1 . 4倍，但與其本身的軸向分辨力相比，橫向分辨力仍低2個數量級，因此進一步改善共焦顯微鏡橫向分辨力的研究顯得尤為迫切。
  6. Hydraulic fluid power - fluid contamination - determination of particulate contamination by the counting method using an optical microscope

    液壓流體動力.流體污染.用光學顯微鏡計數法測定粒狀物污染
  7. The wavelet method used in economic forecast depends on its " mathematics microscope " property. it does the layer analysis and forecast to indicators. it can improve forecast precision, what ' s more it can search and express the structural feature of data such as development cycle, second cycle, especially to some sudden change data which will provide effective and reliable warranty to the complexity and violent fluctuant data indicators in enterprise

    基於小波進行經濟預測的方法依靠其「數學顯微鏡」的特性，對待分析的預測指標進行逐層分析和預測，在提高預測精度的基礎上，能對分析數據對象的結構特徵進行挖掘，分析數據特徵如發展主周期、次周期等，尤其對具有突變性質的數據具有很好的表徵分析能力，這對于企業中復雜的變動劇烈的數據指標的預測能提供有效可靠的保證。
  8. The results show this approach is effective when there is massive cloud cover on the remote sense image. wavelet analysis is internationally recognized up to the minute tools for analyzing time - frequency. it is chiefly due to the " adaptive feature " and " mathematical micro - telescope feature "

    小波分析是目前國際上公認的最新時間-頻率分析工具，由於其「自適應性」和「數學顯微鏡性質」而成為許多學科共同關注的焦點，本文利用小波改善傳統數字圖像處理方法，取得了一定效果。
  9. Application of number microscope in modern biology education

    數碼顯微鏡在現代生物教學中的應用
  10. In the signal treatment domain, there occurs a new method, more advanced " digital microscope " - - wavelet analysis. wavelet analysis aims at the treatment of non - stationary signal

    而在信號分析、處理領域，出現了更為先進的號稱為「數學顯微鏡」的小波分析，給我們帶來了新的工具。
  11. Because of " self - adaptable " and " focus - adjustable ", wavelet analysis ( wa ) is called " mathematics microscope " and plays an important role in processing the non - stationary signal

    而小波變換具有良好的「自適應性」和「變焦特性」 ，被譽為「數學顯微鏡」 ，在處理非穩定信號上有其特殊的地位和功能。
  12. Wavelet transform becomes a superior timefrequency localization method due to its mathematical property itself it has muiti - resolution characteristics. by flexing and moving a base wavelet, which must satisfy some condition, we can analyze signals in multi - scale finely, so it is called " math microscope "

    它具有多分辨分析的特點，通過某個滿足一定要求的基小波的伸縮和平移等運算功能對信號進行多尺度細化分析，因而能聚焦到信號分析的任何細節，被譽為「數學顯微鏡」 。
  13. A wavelet analysis is introduced to detect and diagnose faults occurred in the ehs system. as well known, wavelet analysis is referred to as a mathematical microscope. it takes advantage to fourier transform in its multi - resolution analysis both in time domain and in frequency domain

    眾所周知，由於小波分析具有良好良好的時?頻特性，即在低頻部分具有較高的頻率解析度和較低的時間解析度，在高頻部分具有較高的時間解析度和較低的頻率解析度，而被譽為「數學顯微鏡」 。
  14. Image edge detection based on multiresolution wavelet transform makes up these shortages before. wavelet theory has good local inspect ability in time region and frequency region, and the character multiresolution. these are theory basis that wavelet transform is applied to cell image edge detection

    小波變換是80年代後期發展起來的一種變換域信號處理方法，具有時域和頻域上良好的局部檢測能力和多解析度分析的特點，從而被譽為「數學顯微鏡」 ，這是我們將小波變換應用於細胞圖像邊緣檢測的理論依據。
  15. As a new type of time - frequency analysis media, it excels in its good localization character both in time domain and in frequency domain comparing with traditional fourier analysis. it changes its sampling steps to smaller and smaller so as to analyze high frequency part, focusing on any part of the object been analyzed. to some extent, wavelet analysis is called " math microscope "

    作為一種新型的時頻分析方法，它優于傳統fourier變換的優點是在時域和頻域同時具有良好的局部化性質，可對高頻成分採用逐步精細的時域采樣步長，聚焦到對象的任意細節，因此被譽為「數學顯微鏡」 。
  16. Wavelet has good localizing quality at time domain and frequency domain simultaneously and the characteristic of multi - resolution ratio analysis, so it can fulfill all kinds of wave - filtering needs such as low - pass, high - pass, sink wave, random noise denoising. compare with readitional wave - filtering methods, wavelet has incomparable advantage. wavelet has become an effective means of signal analysis and is intituled as math microscope of signal analysis

    小波分析由於在時域頻域同時具有良好的局部化性質和多解析度分析的特點，因此不僅能滿足各種去噪要求如低通、高通、陷波、隨機噪音的去除等，而且與傳統的去噪方法相比較，有著無可比擬的優點，成為信號分析的一個強有力的工具，被譽為分析信號的數學顯微鏡。
  17. The type of the base function of wavelet analysis is not single, while the ft has only the sine ( or cosine ) function or exponential function. wavelet transformation has the character of multi - resolution analysis. wavelet transformation can analyze the signal in any precision ( resolution ) at any part of time and frequency according to the different translation factors and dilatation factors

    小波變換具有多解析度分析的性質，對應于不同的伸縮因子和位移因子，小波變換能對信號的任何時間（空間）段、任何頻率段進行任何精度（解析度）的分析，在非平穩信號（包括瞬間信號）的分析中具有很大的優越性，分析時，在信號的低頻部分具有較高的頻率解析度和較低的時間解析度，在高頻部分則具有較高的時間解析度和較低的頻率解析度，被譽為「數學顯微鏡」 。
  18. Application of the digital microscope with multimedia reciprocal system in experimental teaching

    數碼顯微鏡多媒體互動系統在實驗教學中的應用
  19. With ccd digital camera and optical microscope, color printing micro - dot image rgb data information can be got, then adopt the digital image processing and pattern recognition techniques to recognize the color patterns of pixels in the micro - dot images, at the same time, the color separation and area coverage can be retrieved

    分色系統藉助ccd數碼相機和光學顯微鏡等設備，獲取彩色印品顯微網點圖像的rgb的色彩數據信息；而後採用數字圖像處理和模式識別技術對網點圖像中各像素進行顏色模式識別，最終得到各單色網點圖像的分色結果以及各色網點面積率。
  20. They are very useful which can provide references for production of alloy. in this paper, sem and optical microscope and image tool are used to analyze the microstructure of aluminum bronze. constitution parameters are fixed under the definite technology processor

    本文採用sem和光學顯微鏡對鋁青銅的組織進行研究，用imagetool分析了不同成分的鋁青銅的組織參數，得出在成熟工藝下，其組織參數變化不大，可以將該因素的影響固定。
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