response detector 中文意思是什麼
response detector
解釋
響應探測器-
A linear relation can be found between response value of ultraviolet absorption detector, fluorescence detector, electrochemical detector and refractive index detector and quality of the object under test ; however, relation between response value of evaporative light - scattering detector and quality of the object under test is usually not a linear one, therefore, mathematical conversion of response value should be made before making calculation when necessary
紫外、熒光、電化學和示差折光檢測器的響應值與待測物的質量呈線性關系，但蒸發光散射檢測器響應值與待測物的質量通常並不呈線性關系，必要時需對響應值進行數學轉換后進行計算。 -
Ultraviolet absorption detector, photodiode array detector ( dad ), fluorescence detector, and electrochemical detector are optional detectors, response value of which is relative to not only quality of the object under test, but also structure of the compound ; refractive index detector and evaporative light - scattering detector are universal detector, responding to structure of all compounds ; evaporative light - scattering detector is quality - type detector, whose responding value only relates to quality of the object under test for compounds with similiar structures ; photodiode array detector ( dad ) can, at the same time, record absorption spectra of the object under test in a prescribed wave scope, consequently, it can be used in spectrum control and inspection of purity of chromatographic peaks of the object under test
紫外、二極體陣列、熒光、電化學檢測器為選擇性檢測器，其響應值不僅與待測物的質量有關，還與化合物的結構有關；示差折光檢測器和蒸發光散射檢測器為通用型檢測器，對所有的化合物結構均有響應；蒸發光散射檢測器屬質量型檢測器，對結構類似的化合物，其響應值幾乎僅與待測物的質量有關；二極體陣列檢測器可以同時記錄待測物在規定波長范圍內的吸收光譜，故可用於待測物的光譜管制和色譜峰純度的檢查。 -
After measuring dark current, photocurrent and response to x pulse of gaas detector before and after 1. 7 mev electronic radiation, the response tune, fall time of trailing edge, full width of half maximum ( fwhm ), sensitivity, carrier life, mobility are researched and contrasted. the result shows that the response speed of detector, time resolution ratio and nonlinear of back edge of output signal have been improved greatly after electronic radiation. though sensitivity of the detector reduces, its measuring range can be widened
為了使探測器的性能得到進一步的提高，我們對其進行了電子輻照改性，並測量了本徵砷化鎵探測器和經過1 . 7mev電子輻照的探測器的暗電流、光電流及對x射線的脈沖響應，並對其響應時間，后沿下降時間，半高寬（ fwhm ） ，載流子壽命，靈敏度進行對比，研究，結果顯示經電子輻照后的探測器的性能得到了改善，使響應速度，分辯率進一步提高，並消除了探測器輸出信號后沿的非線性，雖靈敏度有所降低，反而使其測量范圍得以拓寬。 -
It discusses motion - detector response to narrow - band image motion and to broadband images. studies show that the motion - detector can provide velocity estimates in organism ' s natural visual environment, and physiological prefilters can improve determination of velocity of moving image
研究表明：運動檢測器可以精確檢測多頻譜自然圖像速度，在運動檢測器前增加生理學預濾波環節可以改善圖像運動速度的估計。 -
At the same time, this paper annaylses the particle - detector interaction and the detector response. the behaviors of electrons, photons and hadrons in eemc are studied and they are also compared with the rusults in barrel electromagnetic calorimeter ( bemc ). also, the calculation and realization method of standard electromagnetic interaction is compared with the low electromagnetic interaction
同時，分析粒子與探測器相互作用及探測器的響應處理，分析電子、光子和強子在端蓋量能器的行為，與桶部量能器的模擬結果進行對比研究，並對低能電磁相互作用和標準電磁住作用的計算方法和實現方法進行了比較。 -
This kind of detector has many merits as follows : fast response time, large output current, fine linear response, high sensitivity to many particles including neutron, charged particle, x - ray, gamma - ray, visible light, and being able to work at indoor temperature
這種探測器具有時間響應快，輸出電流大，對多種粒子如中子、帶電粒子、 x射線、射線、可見光都具有高靈敏度，而且響應的線性性好，可在室溫工作等特點。 -
The response and absorption characters of the pc - type hgcdte detector to the irradiation of in - band and off - band
探測器對波段內外激光輻照的影響和吸收機制 -
Our result shows that the rce detector based on this system has very high quantum efficiency and extremely sharp resonant response peak ( 16 mev )
我們的結果顯示， 1 . 3 m左右rce探測器具有很高的量子效率和非常窄的共振響應峰（ 16mev ） 。 -
Numerical simulations of energy spectrum and detector response in carbon oxygen spectral log
碳氧比能譜測井中能譜及探測器響應的數值模擬 -
An analysis of infrared response character of the thin - film pyroelectric detector
在熱釋電薄膜紅外探測器二維熱分析中的應用 -
The detector was characterized to have a cutoff wavelength at 340 nm and the photo - responsivity measurements on the pixels result a uv response as high as 0. 15 a / w, corresponding to an external quantum efficiency of 54. 8 % in the visible - blind spectral ranging from 400 down to 250 nm
該肖特基光電二極體陣列的光譜響應截止邊為340nm 。在400nm至250nm的紫外光盲區域，光電響應測試顯示該器件在截止邊波長處具有0 . 15a / w的高響應度，相對應的外量子效率為54 . 8 。 -
Some typical luminance and chrominance measurement instruments will be mentioned in this chapter, too. chapter three will focus on the global structure of this system and analyze the select of detector and processor. also, the difference between relatively spectrum response of the cmos image sensor - ov7620 and cie standard observer relatively spectrum response will be given in this chapter
第三章闡述了本系統的總體結構，對本系統的cmos圖像傳感器和核心處理器? ?數字信號處理器（ dsp ）的選擇做了詳細的分析，並且給出了本系統所使用的傳感器? ? ov7620的光譜相對響應曲線與cie標準觀察者三刺激值曲線的差異。 -
A new pattern position sensitive detector is introduced, so the accelerometer has many advantages including high sensitivity, high resolution and quick response speed. a binary width - modulated pulse rebalance loop is applied in the accelerometer
該加速度計引入了新型位置敏感探測器psd ，使其具有高的靈敏度、解析度和響應速度;同時採取了二元調寬脈沖加矩方式的再平衡迴路。 -
This paper proposes a new way for nuc on the basis of detector ' s response nonlinerity. through analysis on the data obtained in experimentation, the nonlinerity curve and its arithmetic model are found, on the basis of which several special points on the curve can be selected to correct the nonuniformity. the algorithm takes the detector ' s natural essence into account so can behave more satisfyingly
本文提出了一種基於探測元響應非線性的非均勻性校正方法? ?非線性擬合校正法：通過實驗測得的數據，擬合出探測器的響應特性曲線並建立其數學模型，根據曲線特徵選取特殊點（如拐點、極點等）進行定標校正。 -
Relatively spectrum response detection of infrared detector in 1 3 m
的紅外探測器相對光譜響應特性的測量 -
The unitormity and linearity of infrared spectral response of detector
紅外探測器光譜響應度的均勻性及直線性測試研究 -
As for our 3 # detector, we didn " t find response, which may attribute to the difficulty in cubic gan growth and the bad qua1ity of the epitaxia1 1ayer
但3探測器沒觀察到應有的l響應特性，這與立方相結構的gan材料生長困難，晶體質量不高有關。
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