鳴禽 的英文怎麼說

中文拼音 [míngqín]
鳴禽 英文
singing bird; songbird
  • 鳴 : Ⅰ動詞1 （鳥獸或昆蟲叫） （of birds animals or insects） cry 2 （發出聲音;使發出聲音） sound; make...
  • 禽 : 名詞1. （鳥類） birds 2. [書面語] （鳥獸的總稱） birds and beasts3. （姓氏） a surname
  1. There were a series of special acoustic changes in budgerigar and psittacula agapornis " vocal after the section of nxiits

    亞鳴禽虎皮鸚鵡及牡丹鸚鵡在斷nxllts后其叫聲的聲學特性出現了一些特殊的變化。
  2. Distribution of cholinergic neurons in song control nuclei of songbirds

    鳴禽前腦鳴囀控制核團內膽堿能神經元的分佈
  3. The met - enkephalin projections linking the marginal interior colliculus of midbrain and auditory thalamus in nonsongbird

    非鳴禽中腦內緣區向丘腦聽區投射的腦啡肽神經通路
  4. Progress on plasticity of neural system of songbirds

    鳴禽神經系統可塑性研究進展
  5. Oscine passerine is one of the animals possessing of the strongest vocal ability

    鳴禽是自然界中鳴囀能力最強，鳴聲最為婉囀的一類動物。
  6. The results showed that the acoustic structures of non - passerine, sub - oscine passerine and oscine passerine ' s songs have significant differences

    結果表明，非鳴禽、亞鳴禽及鳴禽叫聲的聲學結構具有很大的差異性。
  7. Psittacula agapornis ), oscine passenon ( emberiza rutila ) and the vocalizations of sub - oscine passerine ( melopsittacus undulates, psittacula agapornis ) after sectioning nxiits were recorded by sharp gf - 6060 recorder. cooledit2000, an acoustic analyzing software, was used to produce the original wave and it ' s expanded time windows, sonograms, spectrums and power static histograms. to distinguish the acoustic differences of their natural vocal and to find the changes of sub - oscine passerine ' s song after sectioning nxiits, the above results is acoustically analyzed and compared, expecting to provide some advantage to further explaining the mechanism of vocal production

    本實驗以非鳴禽（家鴿、家雞） ，亞鳴禽（虎皮鸚鵡、牡丹鸚鵡）以及鳴禽（栗? ）為實驗材料，記錄其正常叫聲以及亞鳴禽斷nxiits后的叫聲，用cooledit2000聲音處理軟體制出原始信號及其展開圖，聲圖，頻率譜圖以及能量統計分布圖，並對所得結果進行聲學比較分析，以期得到鳴禽、亞鳴禽及非鳴禽叫聲在聲學特性上的差異，以及亞鳴禽在斷神經后叫聲的聲學變化，旨在為進一步解釋其發聲機制提供幫助。
  8. The calls of non - passerine are some kinds of monotonous dull vocalizations with the characteristics of low and deep frequency, single syllable, low basic frequency and with no ability of modulation in frequency and amplitude. most of the calls are monotonous and low quality mainly based on the basic song. compare the vocal of sub - oscine passerine with non - passerine, they have some similar aspects, but the former possesses of stronger capability of vocal control

    非鳴禽的叫聲低沉而單調，音節種類單一，基本音頻率低，缺乏頻率調制以及幅度調制的能力，叫聲的品質因數很低，不悅耳，大多為以基本音為主的單音調低音品叫聲，亞鳴禽的叫聲與非鳴禽近似，但在控聲能力方面又有所提高。
  9. The modulation of sound properties over a wide range of time scales is one of the most obvious characters of oscine passerine ' s vocal, whose song contains many different kinds of syllables that consist of many more multiple song phrases. in oscine passerine, ipsilateral projections of ra to nxiits innervates the ipsilateral syringeal muscles exactly, and thus they have strong ability of vocal control with variable tones, high frequency and higher lever of quality. as a result, the songs sound well

    鳴禽鳴囀的最大特點之一便是其單次鳴唱時間長，鳴唱所包含的音節數量和音節種類繁多，因而由這些音節所組成的句型結構也是復雜多樣富於變化，且由於nxiits嚴格的側別控制（每一側核團只支配同側鳴肌） ，使其具有更強的控聲能力，其鳴聲音調變化幅度大，頻率高，品質因數大，音色好，因而其鳴聲也悅耳動聽。
  10. Compared with non - passerine, they appeared longer syllable length, higher basic frequency and more viable frequency ranges. though the amplitude modulation properties enhanced their vocal production, the type of syllable is still stable and less of variety. so the phrase consisted of syllables are comparatively few and changes of the tone are relatively less

    且表現出很強的頻率調制特性和特有的幅度調制特性，相對的音節時程比較長，基頻較高且頻率變化范圍較大，所特有的幅度調制特性更增加了其控聲的能力，但其音節的種類仍很單一，缺乏變化，由音節所組成的句型較少，音調變化幅度不大，因此，其叫聲質量盡管較非鳴禽有所改善，但相對鳴禽而言卻又遠遠不如。
  11. The thrush is a kind of small singing bird

    畫眉是一種小鳴禽。
  12. Money can ' t buy sunsets, singing birds and the music of the wind in the trees - - these are as free as the air we breathe

    金錢買不到日落、鳴禽與林中風聲的音樂- - -這些都像我們所呼吸的空氣一樣是免費的。
  13. Application of matlab in songbird sonogram analyses

    在鳴禽語圖分析中的應用
  14. A wren is a kind of short - winged songbird

    鷦鷯是一種短翼的鳴禽。
  15. Seasonal plasticity of brains in songbirds

    鳴禽鳥腦的季節可塑性
  16. Zenk gene and singing behavior in songbirds

    基因與鳴禽鳴囀行為
  17. Met - enkaphalinergic immunoreactivity and neural connectivity of the shell regions of thalamic nucleus ovoidalis in the songbird

    鳴禽間腦聽覺卵圓核殼區腦啡肽的免疫組織化學及神經聯系
  18. Unlike many songbirds, both male and female cardinals sing, and the female often vocalizes with song from her nest

    雌雄北美紅雀的鳴叫不同於其他大多數鳴禽，且雌性常常在她的巢里鳴叫。
  19. He was a warbler and flying very low over the water.

    這是一隻鳴禽，在水面上飛得很低。
  20. In this paper, cholinergic neurons was mapped in the two kinds of birds ( emberiza rutila and fringilla montifringilla ) by using immunohistochemical method. the soma size and cell density of cholinergic neurons in the three song control nuclei, the higher vocal center ( hvc ), the robust nucleus of the archistriatum ( ra ) and area x, were measured and compared. here we discussed the distribution of cholinergic neurons and their effect on the process of song producing and song learning. the results show that chat - li was found in hvc, ra and areax of forebrain

    本文以中國北方地區常見的兩種鳴禽栗? （ emberizarutila ）和燕雀（ fringillamontifringilla ）為材料，應用免疫組化方法，對兩種鳴禽發聲控制核團，即上紋狀體腹側尾核或高級發聲中樞（ hvc ） 、古紋狀體粗核（ ra ） 、 x區（ areax ）內膽堿能神經元的胞體大小和胞體密度進行了觀察測量，旨在探討膽堿能神經元在發聲控制核團內的分佈情況及其在鳴囀產生和學習過程中的作用。
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