儀器分辨 的英文怎麼說
中文拼音 [yíqìfēnbān]
儀器分辨
英文
instrumental resolution- 儀 : 名詞1 (人的外表) appearance; bearing 2 (禮節; 儀式) ceremony; rite 3 (禮物)present; gift 4 ...
- 器 : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
- 分 : 分Ⅰ名詞1. (成分) component 2. (職責和權利的限度) what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] (料想) judge
- 辨 : Ⅰ動詞(辨別; 分辨; 明察) distinguish; discriminate; differentiate; recognize Ⅱ名詞(姓氏) a surname
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The useful magnification by an optical instrument is limited by the resolving power of that instrument.
光學儀器有效的放大倍數受到該儀器分辨能力的限制。High - resolution mass spectroscope
高分辨質譜儀器The planet vibrates at a very low frequency ? too low for our ears to pick up, but enough that geologists get an annoying background noise on their sensitive instruments
行星振動的頻率很低,我們耳朵很難分辨出,但在地理學家靈敏的儀器上卻會收到一個非常令人討厭的背景噪音。The four fold - frequency subdivision 、 direction - judgment 、 counting and flip - latch of the data which come from the six encorders are totally transacted in the fpga chip. the final data are sent to the pc through the serial interface of the fpga
坐標測量儀的六個編碼器所傳出的數據完全在fpga晶元中進行細分、辨向、計數以及鎖存傳輸處理,最後所得的數據以串列通訊的方式傳送到pc機。In order to obtain high resolution of the instrument, the effect of input noise of amplifier must be decreased. hereby, an amplifier circuit based on the chopping theory was developed for it
由於該微摩擦測試儀要求的分辨力很高,而運算放大器本身的輸入噪聲嚴重影響系統的解析度,為此設計完成了基於斬波放大原理的放大電路。At the same time, the conclusion that the instrument can fit the demand is gained, trough academic error analysis and calculation on resolution and measuring range
同時通過理論誤差分析和分辨力與測量范圍的計算,得出了該測量儀器能夠達到測量要求的結論。2. to implement the conversion of signal, a multi - channel time / data convert module with high precision and programmable time resolution is used. its characters and usages, including the theory and the software configuration program by using the chip sn74 | act8990, are introduced in the dissertation
2 .為完成信號的轉換,儀器選用了一個多通道,高精度、具有可編程時間分辨能力的時間/數字變換模塊( tdc ) ,論文介紹該模塊的特點,以及在課題中的使用方法,包括實現其軟體配置的晶元sn74act8990的原理和編程方法。The resolution of a telescope is determined by the ratio of the wavelength of the radiation received to the diameter of the instrument.
一個望遠鏡的分辨本領取決於它所接收的輻射的波長對這個儀器本身的直徑的比值。The results show that of the resolution of the directional distribution is higher the mbdm than the mmlm and while of the resolution of the reflection coefficient higher the mmlm than the mbdm. the two methods are sensitive to the array disposal of wave gauges and the resolution power of t he analyzing results by the polygon array is better, while the linear array worse. the wave gauge number of array and the distance between the array and the reflector can influence strongly the resolution power of the analyzing results
結果表明,對于波浪方向分佈的分析, mbdm的分辨力高於mmlm ,對于反射系數方向分佈的估算, mmlm優于mbdm ;儀器陣列的布置、儀器個數以及陣列與反射面的最近距離對兩種方法分析結果的分辨力影響較大; mmlm的收斂速度快于mbdm ,計算的穩定性優于mbdm ; mbdm的分辨力受超參數選擇的影響。The distinguishability and precision of the meter is high. but the accuracy still needs to be improved because of the complexity of water oil two - phase flow and the responding condition of the meter
儀器具有很好的分辨力和測量精度,但由於油水兩相流動的復雜性以及與儀器響應相關的影響條件的復雜性,含水率的測量和解釋精度有待進一步提高。It achieves the electrical measurement of no - electricity ( especially displacement ) through the variation of self - inductance of or mutual inductance of coil. inductive micrometer, with a low cost, high - resolution power, long life and high reliability, has been applied to the measurement of micro - displacement for a long time. it is common that the inductive micrometer is chosen as a preferred instrument in high - precision micro - displacement test
電感微位移傳感器是一種建立在電磁感應基礎上,利用線圈的自感或互感系數的改變來實現非電量(主要是位移)測量的低成本、高精度測量儀,因為其分辨力高、使用壽命長、工作性能穩定,應用於微位移測量己經有很長的歷史,進行高精度微位移測量時選用電感位移傳感器已經成為一種共識。分享友人