photon technique 中文意思是什麼
photon technique
解釋
光子技術-
The photon spectrum data that are used in the calculation for translating the absorbed dose to the photon fluence have been obtained by the experimental method with a 12mv pulse accelerator and the iterative least - squares data analysis technique
為此，利用穿透系數數值分析的疊代最小二乘法對12mv脈沖加速器的軔致輻射譜進行了實驗測定，並在同樣的幾何條件下，用m - c方法對其進行了計算。 -
Secondly, the third order nonlinear optical properties of these compounds are studied under the excitation of ps pulsed laser with the wavelength of 1064nm using z - scan technique, nonlinear refractive indices and nonlinear absorption coefficients are calculated according to the z - scan experiment curves of the compounds. all the three compounds have self defocusing characters and two photon absorptions. lastly, nonlinear refraction and absorption properties of these compounds are studied by z - scan technique under the excitation of ps pulsed laser with the wavelength of 532nm the self defocusing and reverse saturation absorption are found in these compounds
根據實驗曲線計算了它們在1064nm下的三階非線性折射率和非線性吸收系數，三種化合物都具有自聚焦特性，並且在該波長下，三種化合物均具有雙光子吸收，最後，以皮秒脈沖的532nm為激發波長，採用z掃描方法，研究了三種金屬有機化合物的非線性折射和非線性吸收性質，在該波長下三種化合物仍然表現為自聚焦特性，且其吸收為反飽和吸收。 -
Here we use fluorescently labeled albumin, together with the powerful technique of intraital 2 - photon microscopy to show that renal albumin filtration in non - proteinuric rats is 50 times greater than preiously measured and is followed by rapid endocytosis into proximal tubule cells ( ptcs )
我們使用熒光標記的白蛋白以及強大的活體內雙光子顯微鏡技術，在不伴有蛋白尿的大鼠中發現其腎臟濾過的白蛋白量較以前文獻報道的大50多倍，這些蛋白隨即又迅速被近曲小管細胞以內吞形式攝取。 -
The photoelectron technique has quickly developed in the last decade. it is a cross applied subject which is combined with electron technique and photon technique and it has been playing a important strategic role in national economy, technology and defense. following the microelectronic technology, it will push the revolution and progress of sciences and technology again
光電子技術是近十幾年來迅速發展的新高技術，是電子技術與光子技術自然結合與擴展、具有強烈應用背景的新興交叉學科，對于國家經濟、科技和國防都具有重要的戰略意義，它將繼微電子技術之後，再次推動人類科學技術的革命和進步。 -
The results showed that : the ultraweak photon emission counts of each grain during grain - filling period appeared a curve with single apex, the count was maximum when the grain was completely filled in and the color of grain was from green to yellow ; the intensity of ube showed a downward trend ; it is possible to select good varieties of rice with stronger grain - filling ability if this technique is used, but more experiments is needed
實驗結果表明：在整個灌漿過程中單粒發光量呈單峰曲線，在籽粒全部充實並且顏色由青轉黃時，發光量最大；發光強度呈遞減趨勢；運用該技術有可能進行水稻不同品種間的比較和品種灌漿力強弱的篩選。
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