visual response time 中文意思是什麼

visual response time 解釋
視覺反應時間
  • visual : adj. 1. 視覺的,觀看的;視力的。2. 看得見的。3. 光學的。4. 形象化的。adv. -ly (the visually impaired 〈委婉語〉盲人;視力很差的人)。
  • response : n. 1. 回答,答復。2. 【宗教】應唱聖歌。3. (因刺激等引起的)感應,反應,反響;應驗;【物理學】響應;【無線電】靈敏度,感擾性;特性曲線。
  • time : n 1 時,時間,時日,歲月。2 時候,時刻;期間;時節,季節;〈常pl 〉時期,年代,時代; 〈the time ...
  1. Oled has been attracting much attention in recent years for its superior performance in the aspects of thin and light - weight, active emitting, wide visual angle, high brightness, fast video response time, low power dissipation, high efficiency, potential low cost, flexibleness, greenness, etc. the intrinsic characteristics of oled give visual and form factor advantages over lcd, and oled has been regards as one of the most ideal and potential next - generation display technologies with its excellent characteristic on information display and device fabrication

    它被業界公認為是最具發展前景的下一代顯示技術。本文對有機電致發光顯示器件的發展歷史、發展現狀和趨勢等都做了簡要的概括,研究了oled的器件結構、工作特徵、獲得彩色顯示的方法以及所具有的優缺點,並在此基礎上提出了一種amoled外圍驅動系統的設計方案。本驅動系統可分為屏上驅動電路和外圍控制電路。
  2. At the same time, liquid crystal science harvests satisfyingly, its research field has extended to physics, chemistry, electronics, biology, etc. surface orientation of liquid crystal molecule ( lcm ) is a key technique in the application of lcd, the effect of orientation plays an important role in the basic performances, such as uniformity, visual angle, aberration, response, threshold of voltage and so forth

    液晶自1976年在世界上首次應用於計算器的顯示屏以來,就以其輕量、薄型、能耗低、顯示面積大等優勢在顯示應用方面得到迅猛發展,而同時,液晶科學也得到了全面發展,研究領域遍及物理、化學、電子學、生物學等各個學科。液晶分子取向控制技術是液晶板顯示應用中的一個關鍵技術,取向程度的好壞對液晶顯示器的均勻性、視角、色差、響應速度、閾值電壓等基本性能都有重要影響。
  3. From the aspects of display area, contrast color fidelity, response time, visual angle and brightness, the organic electroluminesent display device has the advantages over other display techniques. it is expected to replace liquid crystal display in the future

    有機發光顯示器在顯示面積大小、對比度、色彩逼真度、響應時間、視角和亮度等方面,有著其它顯示技術無法比擬的優勢,有望在不遠的將來取代液晶( lcd )顯示。
  4. Response time is the length of time required for the first row of the result set to be returned to the user in the form of visual confirmation that a query is being processed

    響應時間是指以可視確認信息(指出正在處理查詢)的形式將結果集的首行返回給用戶所需的時間。
  5. Multifocal visual electrophysiology examining system is designed by erich. e. sutter recently, which records retinal bioelectric response to light stimulus. he stimulated different retinal regions by graphics and, at the same time, recorded mixed signals of response by a common electrode

    他利用圖形刺激器分別刺激視網膜的多個不同部位,用一個通道的常規電極紀錄多個不同部位的混合反應信號,再經計算機程序處理,把對應于各部位的波形提取出來,並用一立
  6. Visual evoked potential ( vep ) is a gross electrical response of the brain time - locked to an external visual stimulus

    視覺誘發電位( vep )指由於外部視覺刺激而在視覺通路上產生的可以在頭皮上測量到的電活動。
  7. In the area of elasto - plastic dynamic analysis of frame with friction energy dissipation, the design - oriented nonlinear seismic response time history analysis method for frame with friction energy dissipation has been set up. and the corresponding program idaff is developed using visual c + + language ; the analytic solution of a single - damped - story braced frame with friction energy dissipation under the sine wave excitation has been give ; besides these, a vibration reduction analysis of multi - story frame with friction energy dissipation has been given in the paper and some useful conclusions have been drawn

    在摩擦耗能框架結構彈塑性動力分析方面,本文建立了面向設計的摩擦耗能框架結構非線性地震反應時程分析方法,並利用vc + +編制了相應的程序idaff ;給出了帶有摩擦耗能器的有阻尼單層框架在正弦波激勵下反應的解析解;同時本文從多自山度的角度出發對摩擦耗能框架的影響因素進行分析,得出相關的結論。
  8. The object oriented program, geographic information system, multimedia edit and the method of water management are use to turn function modules into reality on the computer, with visual programming language - visual basic6. 0 and mapinfo corporation ' s activex - mapx being development environment. after inspecting and practicing system time after time, ims has rapid response, simple manipulation, easy to use, practical, advanced and transplantable

    以visualbasic + mapx為主要軟體開發環境,採用面向對象思想和地理信息系統的組件技術進行程序設計,結合水資源管理方法、多媒體采編技術進行系統設計,開發有關的功能模塊,並對各個模塊進行一致性的測試,以及系統的最後執行,最終建立易於操作、人機界面友好、便於用戶使用信息的馮家山灌區灌溉信息管理系統。
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