紅外線照射 的英文怎麼說

中文拼音 [hóngwàixiànzhàoshè]
紅外線照射 英文
infrare radiation
  • 紅 : 紅Ⅰ形容詞1 （像鮮血或石榴花的顏色） red 2 （象徵順利、成功或受人重視、歡迎） symbol of success lu...
  • 外 : Ⅰ名詞1 （外面） outside; external side 2 （外國） foreign country 3 （以外） besides; beyond; in ...
  • 線 : 名詞1 （用絲、棉、金屬等製成的細長的東西） thread; string; wire 2 [數學] （一個點任意移動所構成的...
  • 照 : Ⅰ動詞1 （照射） illuminate; light up; shine 2 （反映） reflect; mirror 3 （拍攝） take a picture ...
  • 射 : Ⅰ動詞1 （用推力或彈力送出） shoot; fire 2 （液體受到壓力迅速擠出） discharge in a jet 3 （放出） ...
  • 紅外線 : [物理學] infrared ray; infrared; ultrared rays紅外線導航 infrared rays navigation; 紅外線輻射 inf...
  • 紅外 : infrared紅外報警裝置 infrared warning device; 紅外測雹 infrared detection of hail; 紅外測繪 infra...
  • 照射 : shining; raying; shine; illuminate; light up; radiate; irradiation; radiation; bombardment; illum...
  1. The refractive index and the changing behaviour of the a - sic : h films were calculated by using uv - vis - nir spectroscopy interference wave and it was found that the hydrogen content and ir transmittance were decreased with y rays irradiation dose. lt is very interesting that the sp ' c - h bonds were observed by the raman spectra for the first time and expand the application scopes of raman spectroscopy in structure analyse fields

    根據uv ? vis ? nir光譜中的干涉條紋，計算出了y射線輻照下a - sic ： h薄膜的折射率及其變化趨勢，並由此得出y射線輻照導致其氫含量變小及紅外透過率變小的結論。有趣的是：還首次用raman光譜觀察到了dlc薄膜中sp ~ 3c - h鍵隨輻照劑量改變的變化規律，擴大了其在結構分析領域中的應用。
  2. Our anti - bogus silk trademarks are made by a kind of special voile which can change into colours of rad yellow green etc. when come across ultraviolet

    防偽絲織商標是用一種特殊紗，織在需要防偽的部位，經紫外線照射后，這些需要防偽的標志和圖案可以變成紅、黃、綠等各種顏色。
  3. In order of decreasing wavelength ( distance between successive wave crests ), electromagnetic radiation consists of radio waves, infrared rays, visible light, ultraviolet rays, x rays, and gamma rays

    按照波長（兩個相鄰波峰間的長度）漸小的順序排列，電磁輻射由這樣一些輻射波組成，紅外線、可見光、紫外線、 x射線和伽瑪射線。
  4. Trfatment of vascular hfadache by stellate ganglion irradiation wtth super lizer and its effect on tcd

    直線偏振光紅外線疼痛治療儀星狀神經節照射治療血管性頭痛及其機制分析
  5. It illuminates the inner self and teaches emotional awareness and mastery of self, balance, understanding, and the ability to regulate how much emotion to reveal in a certain situation

    10克立方厘米。無解理，裂理發育。紅寶石在長、短波紫外線照射下發紅色及暗紅色熒光。
  6. It usually occurs in persons who were exposed to a great amount of infrared irradiation, and is extremely rare in the chinese

    它好發于長期受到大量紅外線照射之人群，在中國人中非常少見。
  7. This image combines data from four different observatories : the chandra x - ray observatory ( purple ) ; the galaxy evolution explorer satellite ( ultraviolet / blue ) ; the hubble space telescope ( visible / green ) ; the spitzer space telescope ( infrared / red )

    這張照片是使用4架軌道天文臺的數據合成的：錢德拉x射線天文臺（紫） 、星系演化探測器（紫外波段，藍色） 、哈勃太空望遠鏡（可見光波段，綠色）以及斯必澤太空望遠鏡（紅外波段，紅色） 。
  8. This topic focused on the radiation effect on the uhmwpe fiber with electron beam ( eb ) radiation. and instron, sem, atr - ir, xps, epr, xrd et al were used to characterize the structure and properties of uhmwpe fiber before and after radiation treatmentand on this condition we probed into the grafting modification with eb radiation technology

    本課題研究uhmwpe纖維的電子束輻照效應，運用電子強力機、掃描電鏡（ sem ） 、全反射紅外（ atr ? ir ）光譜、 x射線光電子能譜（ xps ） 、電子順磁共振儀（ epr ） 、 x射線衍射儀（ xrd ） 、接觸角和交聯度測定等方法對uhmwpe纖維在電子束輻照作用下的主要結構與性能變化規律進行了表徵和分析，在此基礎上對運用電子束輻照技術進行uhmwpe纖維的表面接枝改性進行了探討。
  9. These conclusions will be valuable for the non - destructive testing techniques based on the vibrothermography method to some extent. compared with other conventional detection method ( such as ultrasonic scanning, x - ray radiography, and acoustic emission, etc. ), the vibrothermography method presented in 1980s is rapid, safe, non - destructive and applicable to the structures " global detection

    本文所研究的振動紅外熱像法是上世紀八十年代以來出現的一種無損檢測方法，與其它傳統的檢測方法（如超聲波法、射線照相法、聲發射法等）相比，具有快速、安全、無損和可對整體結構進行全場檢測的優點。
  10. I am not joking. the five pictures look so different because they are observed at different wavelengths, namely, in optical, ultraviolet, x - ray, far infrared and radio wave respectively

    我不是在開玩笑，這五張照片看來完全不同，是因為它們是以不同波段拍攝，分別是可見光紫外線x射線遠紅外線和無線電波。
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