photon ['fəutɔn]

photon的基本解释

n.

光子

photon所属的单词分类

Energy / 能量 [159]

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与photon相关的网络例句 [注：此内容来源于网络，仅供参考]

This text proceeded completely type the ratio distincts about the characteristic of photon and phnon, the mechanism of the creation of them, interaction regulation photon between electronics inside crystal and these of between phnon and photon , clarified the close contact of photon and phnon by using the interation regulation of photon and phnon incide crystal also.

对光子和声子的特点、光子和声子产生的机制、晶体中光子和电子相互作用规律及声子与电子相互作用规律，进行了全面的类比区别。并且利用晶体中光子和声子相互作用的规律，阐明了光子和声子的联系

They can be classificated to two kinds. One kind is build by photomultiplier; another kind is build by MCP. The mechanism of delayed luminescence is discussed with subradiation. A photon count system is built. To proof the biophoton is a kind of ultra weak photon stream originate from exothermic reaction, and primarily discuss the relationship between the delayed luminescence and proteins activity, we chose microphyllous banyan leave , ficus elastica leave, gingkgo leave, Chinese fan palm leave, and cinnamomum camphora leave as biological samples. The ultra weak photon emission from normal biosamples, and proteins inactivated biosample were measured separately with photon count system. The results showed that the delayed luminescence of biosamples have

在研究过程中，作者从辐射陷获的角度讨论了延迟发光的产生机制，对生物光子的生物化学起源与相干场起源的统一性进行了探索；自行搭建了单光子探测系统；测量了小叶榕树、印度橡树，银杏树，蒲葵树香和樟树等多种植物叶片样品的延迟发光，获得了大量实验数据；为了证明生物光子是一种起源于放热化学反应能量释放的微弱光子流，并初步探讨生物蛋白活性与延迟发光衰减之间的关系，测量了正常生物样品、生物蛋白灭活样品的延迟发光，同时测量了多种不含蛋白质的无机化学体系作为比对，实验结果和实验数据的回归分析表明：弱光子发射来源于放热的化学反应，延迟发光的强度与衰减时间与生物蛋白活性密切相关。

Secondly, we provide a two-level model to depict the one-, two-and three-photon fluorescent process and with it to calculate the one-, two-and three-photon fluorescence intensity dependence of the incident excitation intensity and time. We study the fluorescence intensity when excitation light's time distribution are square pulse、Gaussian pulse and sech pulse. We find that the influence of excitation light's time distribution on the two- and three- photon fluorescence peak intensity is larger than the one-photon fluorescence peak intensity. Two-level model can account for the behavior of saturation fluorescence.

然后用二能级模型解释了单、双、三光子激发原理，在理论上推导出了单、双、三光子吸收诱导荧光强度与脉冲强度以及脉冲作用时间的关系，并进一步研究了入射光时间分布分别为矩形、高斯型、双曲正割型时激发溶解在氯仿溶液中的C22H22N4O样品所产生的荧光峰值光强，结果表明激发光的时间分布对双、三光子荧光峰值强度的影响比对单光子的影响要大。

与photon相关的网络解释 [注：此内容来源于网络，仅供参考]

photon：光子

一直到了1926年,美国物理学家刘易斯(G.N.Lewis)才把它换成了今天常用 的名词,叫做"光子"(photon). 从光量子的角度出发,一切变得非常简明易懂了. 频率更高的光线,比如紫外光,它的单 个量子要比频率低的光线含有更高的能量(E = hν),

photon：光量子

光(Light)是由「光量子 (Photon)」连续不断自太阳(Sun)射来. 白光中有「红、橙、黄、绿、蓝、靛、紫」 7 色频率(Frequency)的"成份光 (component light) ". 现今商用「光电池」所依赖的是「红光频率」. 光电池的表面,只让「红色光通过」,

photon：质子

澳洲一大学教授指出,光线内的电子负荷(electron charge)和光子(photon),可能已经改变,因而改变了光的速度;科学家相信,当光经过宇宙的空间时,吸收星云间的某类型质子(photon),从而改变了光里面的α粒子,将它的体积减少百万分之一.

photon：妙笔小呆

PetShop of horror--------------恐怖宠物店 秋乃茉莉 | Photon------------妙笔小呆 | Please Save My Earth-------------地球守护灵 日渡早纪

PHOTON MAN：一对激光武器战士

FURIOUS THE MONKEY BOY 获得狂暴的猴男孩 | PHOTON MAN :一对激光武器战士 | BIGDADDY :一辆装备火箭的汽车