nanosecond 中文意思是什麼

音標 ['nænə.sekənd]
nanosecond 解釋
n. 名詞 奈秒;毫微秒。

  1. Nanosecond kerr magneooptic camera

    毫微秒克爾磁光?影機
  2. One nanosecond is equal to one-thousandth of one-millionth of one second.

    1毫微秒等於一秒的十萬萬分之一。
  3. A time period expressed in 100 - nanosecond units

    以100毫微秒為單位表示的時間段。
  4. A number of 100 - nanosecond ticks

    以100毫微秒為單位的刻度數。
  5. Nanosecond time - resolved spectroscopy

    毫微秒時間皆辨率光學
  6. A date and time expressed in 100 - nanosecond units. kind one of the

    以100毫微秒為單位表示的日期和時間。
  7. And it wouldn ' t buy you a nanosecond of my dentist ' s time

    ? ?而這些或許只值我的牙醫十億分之一秒的收入!
  8. Synchronization of full - solid high - stability nanosecond pulse sources

    全固態高穩定度納秒脈沖源的相干合成技術
  9. Nanosecond event detection for electrical connectors, contacts and sockets

    電連接器觸點和插座的納秒事件探測
  10. Represents the number of 100 - nanosecond intervals since january 1, 1601

    表示從1601年1月1日起的100毫微秒間隔數。
  11. The efficient sppc had been performed with 1 - hz - repetition - rate 532nm nanosecond pulses, in which phase conjugate reflectivity as high as 21. 5 % was obtained. when sppc were operated in ce : batio3 with 532nm, 632. 8nm and 790nm cw lasers, the maximum sppc reflectivity of 54. 1 %, 88. 2 % and 80. 5 % were obtained, respectively. unlike the results reported before that four - wave mixing by stimulated photorefractive backscattering ( spb - fwm ) only exists at short wavelengths while four - wave mixing by total internal reflection ( tir - fwm ) only exists at long wavelengths, both of these two mechanisms coexist at all wavelengths from 532nm to 790nm in our experiments

    通過大量的實驗全面研究了ce : batio _ 3自泵浦位相共軛特性:在低重復頻率( 1hz ) 、 532nm調q激光泵浦時最高獲得了21 . 5的位相共軛反射率,而此前報道過的建立位相共軛脈沖光最低重復頻率是10hz ;實驗中發現在532nm 790nm波長范圍內,在不同的波長激光泵浦時,同時存在兩種自泵浦位相共軛機制:全內反射?四波混頻( tir - fwm )和受激背向散射?四波混頻( spb - fwm ) ;在連續激光泵浦時,對532nm 、 632 . 8nm和790nm三種波長,最高分別獲得了54 . 1 、 88 . 2和80 . 5的位相共軛反射率;同時還研究了自泵浦位相共軛光的時間穩定性。
  12. Parameter specifies a file time expressed in 100 - nanosecond ticks

    參數指定以100毫微秒刻度為單位表示的文件時間。
  13. We advance, for the first time to our knowledge, that efficient self - pumped phase conjugation performed with an ceibatioa crystal with low repetition ( lhz - 10hz ) nanosecond pulses from a q - switched nd : yag laser. phase conjugation reflectivity as high as 21. 5 % were obtained at an incident angle of 50. 3

    首次獲得了低脈沖重復率( 1hz )的調q倍頻nd : yag激光器作用於ce : batio _ 3浙江大學碩士學位論文晶體,產生自泵浦位相共軛( sppc )作用的實驗結果。
  14. Based on analysis and research, many experiments were done. they include : ( 1 ) self - pumped phase conjugation ( sppc ) in ce : batio3 with 532nm nanosecond pulse operated at either a 1 - or 10 - hz repetition rate. ( 2 ) sppc operated in ce : batio3 with 532nm continuous wave, especially concentrated on the self - pulsation phenomenon

    在此基礎上對不同波長入射、連續及脈沖情況時晶體自泵浦位相共軛特性進行了深入的實驗研究,它們包括: ( 1 ) 532nm脈沖重復率f = 1hz 、 10hz時ce : batio _ 3位相共軛特性實驗。
  15. Pulses in the nanosecond and subnanosecond regimes with high power and high repetition rate have wide applications in lidar, ranging, remote sensing, microsurgery, micromachining, and so on

    高峰值功率、高重復頻率的納秒至幾百納秒的脈沖激光,廣泛地應用於激光雷達、激光測距、遙感遙控、微型手術和微型機械方面。
  16. Surface modification of metals irradiated by intense nanosecond pulsed electron beam

    納秒脈沖電子束沖擊強化金屬表面的研究
  17. The optical limiting properties of the materials are investigated by using nanosecond laser pulses. we find that skeleton atoms and terminal ligands with larger atomic number can improve the optical limiting power of clusters with the same structure via heavy - atom effect

    研究了團簇材料的光學限幅特性,發現對于相同的結構的團簇,骨架上的原子序數較大的金屬原子或終端配位體能通過重原子效應有效提高光限幅能力。
  18. Even though most of today s systems will not provide times with nanosecond resolution, the actual values should at least be much better than can be obtained with the older method

    方法精確一百萬倍的精度。即使當今的大多數系統無法提供納秒精度的時間,但是實際值應當至少比用老的方法獲得的要好得多。
  19. The value of this property represents the number of 100 - nanosecond intervals that have elapsed since 12 : 00 : 00 midnight, january 1, 0001

    此屬性的值表示自0001年1月1日午夜12 : 00 : 00以來已經過的時間的以100毫微秒為間隔的間隔數。
  20. A windows file time is a 64 - bit value that represents the number of 100 - nanosecond intervals that have elapsed since 12 : 00 midnight, january 1, 1601 a. d. c. e. coordinated universal time

    Windows文件時間是一個64位值,它表示自協調通用時間( utc )公元( c . e . ) 1601年1月1日午夜12 : 00以來已經過的時間的以100毫微秒為間隔的間隔數。
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