激发

基本解释 (translations)

excitation  ·  inspire  ·  paroxysm  ·  quicken  ·  wake  ·  waken  ·  stimulatory  ·  wakening  ·  wakes  ·  inspires  ·  quickened  ·  quickens  ·  wakened  ·  wakens

词组短语

work up

与激发相关的网络例句 [注：此内容来源于网络，仅供参考]

In order to testify our whether correction to Rossi's exchange term andthe potential of electron and nucleus is reasonable, we calculate 〓 moleculeelastic differential scattering cross section by electron impact on 100eV, ourresult is obviously better than Rossi's. Then we calculate elastic differentialscattering cross section at 150eV. In order to check the program thatcalculates molecule excitation cross section by electron impact, we calculatehydrogen excitation cross section from ground state to 〓 state at 20eVand 30eV, oxygen excitation cross section from ground state to 〓 state at15eV and 20eV. These calculations are in agreement with other theoreticresults, and experiment measure. Finally, we calculate sulfur moleculeexcitation〓 cross section by electron impact at5eV,7eV,9eV, 11eV, 13eV,15eV, and draw curve of excitation total crosssection corresponding to incident electron energy.

为了核对我们修改的计算激发态的程序是否正确，计算了电子与氢分子碰撞从基态激发到〓态入射能量分别为20eV和30eV时的微分截面以及电子与氧分子碰撞从基态激发到〓态入射能量分别为15eV和20eV时的微分截面，与别人的理论计算结果、实验的测量值基本一致，最后计算了电子与硫分子在5eV、7eV、9eV、11eV、13eV、15eV时的碰撞激发〓截面，作出了电子的入射能量与激发总截面的关系曲线，找出了总截面最大时对应的电子入射能量大约是11电子伏。

I'm the Fireman Fire, Fa, Fireman I got that fire I'm hollering I got that fire come and try me and You can spark it up and I'ma put you out You can spark it up and I'ma put you out [Verse 1] Ain't nobody fuckin with me man, Heatman Ski Mask spending next weeks cash, he fast And I don't even need a G pass I'm pass that I'm passing em out now and you can't have that And my chain Toucan Sam That tropical colors you can't match that Gotta be abstract You catch my gal legs open betta smash that Don't be surprise if she ask where the cash at I see she wearing them jeans that show her butt crack My girls can't wear that why, that's where my stash at I put my mack down that's where you lack at She need her candlelit and I'ma wax that I rekindle the flame She remember the name It's Weezy Baby January December the same Mama gimme that brain Mama gimme that good Cause I'm the fireman You hear the firetruck I'm the Fireman Fire, Fa, Fireman I got that fire I'm hollering I got that fire come and try me and You can spark it up and I'ma put you out You can spark it up and I'ma put you out Fresh on campus it's the Birdman Jr Money too long teachers put away ya rulers Raw tune not a cartoon No shirt, tattoos, and some war wounds I'm hot but the car cool She wet that's a carpool Been in that water since a youngin you just shark food Quick Draw McGraw I went to art school Yeah the lights is bright but I got a short fuse Don't snooze Been handling the game so long my thumb bruise Ya new girlfriend is old news Yeen got enough green and she so blue yeah Cash Money Records where dreams come true Everything is easy baby leave it up to Weezy Baby Put it in the pot let it steam let it brew Now watch it melt don't burn ya self I'm the Fireman Fire, Fa, Fireman I got that fire I'm hollering I got that fire come and try me and You can spark it up and I'ma put you out You can spark it up and I'ma put you out Ridin' by myself well really not really So heavy in the trunk make the car pop-a-wheelie Who?

我是消防员消防，花园，消防员我接到火警我喊叫我接到火警来试试我，它可以激发起来，我是把你出去它可以激发起来，我是把你出去 [诗歌1] 不与我没有fuckin人，Heatman 滑雪面具的现金支出今后几周，他快我甚至不需要一个G通过我传递我现在传递时间内，你不能有链巨嘴鸟和我的山姆这种热带色彩不能匹配肯定在抽象你明白我的加仑双腿粉碎的开放斗鱼不要惊讶，如果她问其中现金我看到他们，她穿着牛仔裤，显示她的屁股裂缝我的女孩不能穿这个原因，这就是我的藏匿在我把我的下这就是你缺乏麦克她需要她的烛光和我是一个蜡余点燃圣火她记得这个名字这是12月1月Weezy婴儿一样妈妈gimme，大脑妈妈gimme，良好原因我是消防员你听到救火车我是消防员消防，花园，消防员我接到火警我喊叫我接到火警来试试我，它可以激发起来，我是把你出去它可以激发起来，我是把你出去新鲜校园它是鸟人Jr 钱太长教师收起亚统治者原料调整不是一个卡通没有衬衫，纹身，和一些战争创伤我觉得又热，但赛车冷却她湿这是一个用车在这水自1 youngin你只鲨鱼的食物快速绘制麦格劳我去艺术学校是的，灯光明亮而我得到脾气暴躁不要打盹被处理的游戏，只要我的拇指挫伤亚新女友是旧闻陈吕令意有足够的绿色和蓝色是啊，她这样现金货币记录下梦想成真一切都留给孩子容易到Weezy婴儿放入锅蒸让它让它酿造现在看它融化不烧亚自我我是消防员消防，花园，消防员我接到火警我喊叫我接到火警来试试我，它可以激发起来，我是把你出去它可以激发起来，我是把你出去我自己也实在没有真正因此，在主干沉重让赛车弹出一，离地平衡特技谁？

The results show that ponceau 4R excited by light at the wavelength of 330-430 nm can generate a strong fluorescence at the 621 nm peak wavelength with its best excitation wavelength being 376 nm, amaranth excited by light at the wavelength of 300-440 nm can generate a strong fluorescence at the 643 nm peak wavelength with its best excitation wavelength being 370 nm, tartrazine excited by light at the wavelength of 280-380 nm can generate a strong fluorescence at the 565 nm peak wavelength with its best excitation wavelength being 315 nm, sunset yellow excited by light with wavelength of 310-410 nm can generate a strong fluorescence at the 592 nm peak wavelength with its best excitation wavelength being 348 nm, and brilliant blue excited by light at the wavelength of 320-390 nm can generate a strong fluorescence at the 456 nm peak wavelength with its best excitation wavelength being 350 nm.

结果表明，胭脂红在波长330～430 nm的光激发下，产生较强荧光，荧光峰值波长为621 nm，最佳激发波长为376 nm；苋菜红在波长300～440 nm的光激发下，产生较强荧光，荧光峰值波长为643 nm，最佳激发波长为370 nm；柠檬黄在波长280～380 nm的光激发下，产生很强荧光，荧光峰值波长为565 nm，最佳激发波长为315 nm；日落黄在波长310～410 nm的光激发下，产生较强荧光，荧光峰值波长为592 nm，最佳激发波长为348 nm；亮蓝在波长320～390 nm的光激发下，产生较强荧光，荧光峰值波长为456 nm，最佳激发波长为350 nm。

The techniques of optical beam induced current have found wide-spread applications in characterizing many semiconductor and optoelectronic devices. A two-photon confocal microscope is adapted for investigating the dynamics of light emitting devices through the contrast mechanisms of two-photon DC and radio frequency optical beam induced current.

摘要 光致电流的技术至今已经广泛的被应用在检测半导体特性以及光学元件上，共焦显微镜搭配双光子激发技术相当适合用来检测LED元件，与单光子激发相较之下，利用脉冲雷射双光子激发术可以使用光子能量小於能隙的长波长光源来完成激发，并且具有高度的空间解析度。

The chemical activating mechanism of UA is that CG can stimulate pozzolanicity more effective than gypsum because of higher solubility and looser crystal structure; but CG has poor property on retardation setting, and this shortage can be solved by mixing with gypsum; CS can offer alkali activity, which can depolymerize silica and aluminum glass, and benefit for other activity methods and overcome the disadvantage of HF on setting time; Sodium sulfate improves early strength greatly but loses the final strength. NF can improve both early and final strengths.

联合激发技术的化学激发机理是，煅烧石膏溶解度高及晶体结构松弛，比天然石膏的活性激发效率高，但降低石膏的缓凝作用，与天然石膏混合既可提高活性又能保持缓凝作用；干法电石渣提供碱激发，促进高钙灰中硅、铝玻璃体解聚，并克服高钙灰对凝结时间的不利影响；硫酸钠虽然早强作用明显，但使后期强度倒缩，NF使各龄期活性都得到提高；磨细的物理激发使高钙灰大颗粒中的CaO和富集碳组分被磨细、分散，活性增加而危害性降低。

Results show that the variation of the oceanic angular momentum can provide about 64% of the excitation energy in CWB with a dominant contribution of the oceanic bottom pressure, while the excitation energy provided by the atmospheric angular momenta AAM (NCEP/NCAR and AAM is about 23% and 214% in comparison with the observed one.

结果表明，在Chandler摆动频带内，海洋角动量变化提供的激发能量大约占观测激发的64%，其中洋底压力变化起主导作用；NCEP/NCAR（美国国家环境预测中心/国家大气研究中心）和JMA大气角动量变化提供的激发能量分别为观测激发的23%和214%。

In this paper, the influence factors of fly ash activity excitation are investigated, the thermodynamics and chemical reaction kinetics of the pozzolanic reaction are analyzed. The effect of different activators are studied, and the mechanism of excitation is also analyzed.

本文研究了粉煤灰火山灰活性激发的影响因素，并从热力学和动力学的角度对其火山灰反应进行了分析，研究了不同激发剂对其火山灰活性的激发效果，并对其激发机理作了分析。

Methods Twelve patients with clinically proved insulinoma underwent ASVS test Gastroduodenal artery, superior mensenteric artery, proximal and distal splenic arteries were selectively catheterized for stimulation by rapid injection of calcium glueonate. Blood was sampled through hepatic vein before and 30, 60, 90, 120, 150, 180 s after stimulation for gauging the insulin levels. The tumor site was considered to be at the corresponding area supplied with certain artery stimulated showing the peak ratio of insulin to the baseline.

对12例临床定性诊断为胰岛素瘤患者术前行ASVS检查，选择性插管至胃十二指肠动脉、肠系膜上动脉、脾动脉近段和远段，分别快速注入葡萄糖酸钙激发，于激发前和激发后30、60、90、120、150和180s经肝静脉采血测胰岛素值，计算不同激发值与基础值之比值，将比值最高者的动脉所供应的胰腺区域认定为肿瘤所在区域。

The proper alkaline content was in favor of compressive strength. The chemically combined water of paste without activator decreases with the increase of fly ash content, the content of Ca2 decreases after 28d. The increase extent of chemically combined water of pastes with NaOH is higher than that of without activator, and the paste with Ca2 is the same. The XRD peak of Ca2 of paste without activator is high at early age, and the peak of mullite and quartz has less change along with age. When NaOH is added, the peak of quartz of fly ash has clear drop. The surfaces of fly ash activated has eroded trace at 7 d.

研究结果表明：适量碱的掺入对强度有利；未掺激发剂浆体的化学结合水量随着粉煤灰掺量的增加而减少，Ca2含量在28d后开始下降；掺NaOH浆体的结合水量随龄期增长的幅度比未掺激发剂的浆体的大，而掺Ca：试样变化较小；未掺激发剂的水泥－粉煤灰体系在早期Ca2的峰值较大，且粉煤灰中的莫来石和石英晶体的衍射峰随龄期变化不大；NaOH掺入后，28d时，粉煤灰中的石英晶体衍射峰明显下降；时于掺激发别的试样，在7d时粉煤灰颗粒表面已被腐蚀。

The results of the study showed that:① Using dozens of kilograms of explosives the signal can be detected at distances up to 200 km;②Active source has a certain degree of repeatability among different shots;③This paper presents the following shooting mode and signal detection method based on the similarity of different shots: In light of the similarity between the signals of big shot and small shot, this paper presents a cross-correlation method using signal from big shot signal with high SNR and small shot signal to detect weak small shot signal, the method can effectively detect the small shot signal and pick up the start time of phase, this method can help us make full use of past seismic exploration data records.

野外实验采用1次大当量激发和16次小当量激发，研究结果表明：①有可能利用数十公斤当量的炸药实现200km距离的探测；②在激发条件相同时，不同当量的激发波形滤波后存在一定的相似性；③依据人工震源可重复性采用以下的激发组合方式和处理方法能够有效提高信噪比：针对大当量激发与小当量激发波形的相似性，利用大当量激发的波形作模板与小当量激发的波形作相关，可判断台站是否接受到小当量激发的信号并检测其震相到时信息。

与激发相关的网络解释 [注：此内容来源于网络，仅供参考]

arouse excite：唤起;激发

arouse provoke 唤起;激发 | arouse excite 唤起;激发 | arouse stimulate 唤起;激发

excitation energy transfer：激发传递

excitation electron 激发电子 | excitation energy transfer 激发传递 | excitation frequency 激发频率

excitation energy of compound nucleus：复合核激发能

excitation energy 激发能 | excitation energy of compound nucleus 复合核激发能 | excitation frequency 激发频率

excitation potential：激发电势,激发电位

excitation energy 激发能 | excitation potential 激发电势,激发电位 | excitation voltage 激发电压

excitation potential：激发电位

excitation purity 激发纯度 | excitation potential 激发电位 | excitation method 激发方法

excitation voltage：激发电压

excitation volume 激发体积 | excitation voltage 激发电压 | excitation spectrum 激发光谱

excitation spectrum：激发光谱

关键是对激发光谱(Excitation spectrum)的理解. 激发光谱是指固定监测某一波长的发射强度,如楼主所说情况中的546nm,而改变激发光的波长,最后得到是不同激发波长的条件下,样品在546nm位置的发射强度. 比较绕口啊. 所以很方便得到用哪个波长激发,

separately excited：分激发电机

self-excited ~ 自激发电机 | separately excited ~ 分激发电机 | shunt ~ 并激发电机,分激发电机

exciting electrode：激发电极

exciter lamp 激发灯 | exciting electrode 激发电极 | exciting field 激发场

excitor：激发器

exciton 激发子 | excitor 激发器 | excitor 激发器激磁机