data acquisition electronics 中文意思是什麼

data acquisition electronics 解釋
資料獲得電了設備
  • data : n 1 資料，材料〈此詞系 datum 的復數。但 datum 罕用，一般即以 data 作為集合詞，在口語中往往用單數...
  • acquisition : n. 1. 取得，獲得；習得。2. 取得物，獲得物[人]。3. 【無線電】探測。
  • electronics : n. 1. 〈用作單數〉電子學。 molecular electronics 分子電子學。 2. 電子流行音樂。
  1. Cosmic ray test was carried out to choose and optimize working parameters of full - length prototype and its data acquisition system, verify the electronics system about dynamic range, drift time measurement search window, charge measurement integral width, work stability and electronics grounding and noise. in experiment, acquired abundant experience with the solution of actual problem and verified their reliability of physical design. this lays the foundations for the successful construction of the besiii drift chamber and electrical system

    測試過程中我們調整了電子學的動態范圍、漂移時間和電荷測量參數驗證了電子學系統工作的穩定性、抗干擾能力及噪聲水平等並成功解決了實驗過程中遇到了問題。通過長時間的取數進一步檢驗了全長模型和電子學系統工作穩定性，驗證了全長模型及其數據獲取系統物理設計的可靠性，為漂移室和電子學系統的成功研製奠定了基礎。
  2. Due to the continuous efforts of utilizing the new achievements of electronics, such as the low power integration circuits, the programmable devices and the new mcu, rapid progress has been made in the area of nuclear data acquisition

    由於不斷引進電子學領域的新成就，如採用新型低功耗集成電路，可編程邏輯器件和單片機技術等，核數據採集領域取得了迅速的發展。
  3. This paper describes the front - end electronics and data acquisition ( daq ) system used in electron energy loss coincident spectrometer ( eelcs )

    摘要介紹了用於原子分子實驗的能量損失符合譜儀的前端電子學和數據獲取系統。
  4. Owing to adopting the ae - e method in identification of particles and modified fast response electronics system in data acquisition and processing unit, the spectrometer can be used to simultaneously or separately detect the fluxes and spectra of protons with energy of 1 - 200 mev, alpha particles with energy of 1 - 200 mev / u ( nucleon ), oxygen ions with energy of 1. 7 - 496 mev / u and iron ions with energy of 2. 5 mev - 1. 0 gev / u

    利用這套裝置可探測的粒子的種類和能量分別如下：質子，能量范圍為1 - 200mev ；粒子，能量范圍為1 - 200mev u ；氧離子，能量范圍為1 . 7 - 496mev u ；鐵離子，能量范圍為2 . 5mev - 1 . 0gev u 。利用粒子、質子、氧離子、鐵離子四種單能粒子對該望遠鏡系統和電子學系統進行性能測試和能量刻度。
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