音頻 的英文怎麼說

中文拼音 [yīnbīn]
音頻 英文
[物理學] [電學] audio frequency; vf (voice frequency)音頻電路 voice-frequency circuit; 音頻振蕩器 audio (frequency) oscillator
  • : 名詞1. (聲音) sound 2. (消息) news; tidings 3. [物理學] (音質) tone 4. (姓氏) a surname
  • : Ⅰ形容詞(次數多) frequent Ⅱ副詞(屢次) frequently; repeatedly Ⅲ名詞1 [物理學] (物體每秒鐘振動...
  1. Alm audio level meter

    音頻電平表
  2. Alm audio - level meter

    音頻電平表
  3. Research on stationarity of apperception - based digital watermark to audio informations

    基於感知數字水印對音頻信息穩健性影響的研究
  4. An electromagnetic wave of audio frequency produced by atmospheric disturbances such as lightning, having a characteristically decreasing frequency responsible for a whistling sound of descending pitch in detection equipment

    嘯聲干擾一種由於諸如閃電等大氣干擾而產生的音頻電磁波,具有典型的逐漸減弱率的特徵,該減引起了檢波設備中調逐漸下降的嘯聲
  5. Its frequency response has to be flat over the whole audio range.

    它的率響應在整個音頻范圍內有所下降。
  6. Edit and exchange massive audio and video projects

    編輯和交換大型音頻和視項目
  7. Method to add audio data to the data object

    方法可將音頻數據添加到此數據對象。
  8. Novel adaptive audio digital watermark algorithm

    一種新的自適應音頻數字水印演算法
  9. Audio video outport, vga port, stereo sound output

    Av音頻輸出埠vga埠
  10. Digital audio tape cassette system - dat tape properties

    數字音頻盒式磁帶.特性
  11. Purpose : audio frequency power amplifier applications

    用途:用於音頻功率放大。
  12. Audio frequency transistor train dispatching telephone

    音頻晶體管列車調度電話
  13. Vol - adj ( 42 ) control the volume of audio frequency output

    控制音頻輸出量的大小。
  14. The audio frequency hardware card

    Sn - 6004av系列視音頻硬體壓縮監控錄像卡
  15. 5. possess the output socket of audio frequency equipment

    7 .具有9位led系統音頻功能指示燈
  16. A kind of general audio frequency periodic noise suppressor

    一種通用的音頻周期性噪聲抑制器
  17. Type bcc audio frequency output transformers

    Bcc型音頻輸出變壓器
  18. 4. have the input end of audio frequency and output end of record

    4 .配有音頻輸入端,配有錄輸出端
  19. Support 3d audio frequency to deal with

    支持3d音頻處理。
  20. Firstly human ' s auditory system structure and auditory characteristics are introduced in this paper, and then, some concepts such as intramural time differences ( itd ), intramural intensity differences ( iid ) and head - related transfer function ( hrtf ) are adopted to implement auditory localization. later the constructions of transaural audio localization are proposed based on the hrtf

    因此,本文首先介紹了人類的聽覺系統結構和聽覺特性,接著分析了優先效應、耳廓效應等因素對音頻定位的影響,闡明了人類進行音頻定位所必需的耳間時間差,耳間強度差以及頭部關聯傳遞函數的概念。
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