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   荧光信号 在 无线电电子学 分类中 的翻译结果: 查询用时:0.469秒
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荧光信号
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  “荧光信号”译为未确定词的双语例句
    ArF excimer has been adopted to excite the absorption rot-vib lines near 193.3nm for Schumann-Runge system (B~3Σ~-u←X~3Σ~-g) of O2 and the ultraviolet PMT has been used to detect the fluorescense near 256nm to establish a set of O2-LIF flow field measurement system based on ArF excimer.
    采用ArF准分子激光器作为激发光源来激励O2 Schumann Runge带系(B3Σ-u←X3Σ-g)193.3nm附近的转动吸收谱线,用紫外光电倍增管探测该带系256nm附近的荧光信号,建立了ArF准分子激光器O2激光诱导荧光流场测试系统。
短句来源
    CCD microfluidic chip fluorescence detecting system and PMT microfluidic chip fluorescence detecting system was designed and constructed;
    构建了两套PDMS微流控芯片荧光检测系统,即CCD微流控芯片荧光检测系统和光电倍增管(PMT)微流控芯片荧光检测系统,开发了基于LabView的光电倍增管微流控芯片荧光检测系统数据采集与回放软件,能够完成荧光信号采集、显示、和存储以及回放的功能。
短句来源
    The nonuniformity caused by "double fiber bundle" greatly damages the quality of CR image besides small useful signal and large noise interference (inherent noise, Poisson noise), and goes against clinical diagnosis.
    不仅有用信号小(荧光信号):而且噪声干扰大(固有噪声、泊松噪声); 特别是由于“双光纤排”的不均匀性而引起CR图像的不均匀,严重影响CR图像的质量,不利于医生的临床诊断。
短句来源
    To realize the fabrication of optical fiber nanosensor and the application of optical fiber nanoprobe in the detection of Raman spectroscopy, we tried the elementary useful use with self-made optical fiber nanoprobe.
    为制作光纤纳米传感器及实现纳米光纤探针在拉曼光谱检测上的应用,我们使用自制的纳米光纤探针进行了初步的有益的应用。 根据探测信号是拉曼或者荧光信号,设计了不同的光学探测系统,以提高系统收集信号的效率。
短句来源
    Fluorescence data is received and displayed as a real-time curve.
    接收下位机传送的荧光信号,并实时绘制曲线。
短句来源
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  fluorescence intensity
The results indicated that the weak election-withdrawing group 4-hydroxymethyl in 4-position of pyridine in 4-HMDPA could weaken the fluorescence intensity of the lanthanide complexes.
      
The method for calculating the binding-site number in BSA for Indo-1 was developed based on the relationships between changes in Indo-1 fluorescence intensity and the analytical concentration of BSA.
      
Fluorescence intensity studies of Triassic acritarchs from the Yanchang Formation in Ordos basin, northwestern China
      
In accordance with the fluorescence intensity of organic cell walls, two groups of microfossils were distinguished.
      
The positive percentage and the average fluorescence intensity of platelet membrane GP Ib were detected by full-blood flow cytometry.
      
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Flow fields seeded with iodine molecule are irradiated by laser,the induced fluorescence of iodine molecule involving information of flow parameters:Velocity,pressure,temperature and density,can be used to measure these parameters,The signal of fluorescence is relatively weaker,without an appropriate filter the measurements are of bad ratio of signal to noise.In order to block scattered laser light and the light of background as noise,the long pass filter had b3en designed and developed,being of high quality.Therefore...

Flow fields seeded with iodine molecule are irradiated by laser,the induced fluorescence of iodine molecule involving information of flow parameters:Velocity,pressure,temperature and density,can be used to measure these parameters,The signal of fluorescence is relatively weaker,without an appropriate filter the measurements are of bad ratio of signal to noise.In order to block scattered laser light and the light of background as noise,the long pass filter had b3en designed and developed,being of high quality.Therefore the corresponding measurements would be of good ratio of signal to noise.

用激光照射掺有碘分子的流场,感应的碘分子荧光包含着流动参数如速度、压强、温度和密度的信息,可用其来对这些参数进行测量。但荧光信号通常很弱,在没有合适滤波器的情况下,测量的信噪比是差的。为了去掉作为噪音的散射的激光和背景光,设计和制造了长波通滤波器,它们具有高质量性能,相应的测量有好的信噪比。

Abstract The effect of anodization on the photoluminescence (PL) of GaAs/AlGaAs quantum wires of the seeded self ordering growth by low pressure metalorganic chemical vapor deposition(MOCVD) is reported. A comparison of PL from the anodization and subsequent rapid thermal annealing quantum wire and the as grown and also rapid thermal annealing quantum wire shows that the lateral confinement of quantum wire is enhanced, while the confinement of side well is reduced. Thus, the transfer of photo generated carriers...

Abstract The effect of anodization on the photoluminescence (PL) of GaAs/AlGaAs quantum wires of the seeded self ordering growth by low pressure metalorganic chemical vapor deposition(MOCVD) is reported. A comparison of PL from the anodization and subsequent rapid thermal annealing quantum wire and the as grown and also rapid thermal annealing quantum wire shows that the lateral confinement of quantum wire is enhanced, while the confinement of side well is reduced. Thus, the transfer of photo generated carriers from side well into quantum wire results in that the PL intensity of quantum wire is enhanced for the anodization inducing the intermixing. By considering the lateral tapering in the thickness of quantum wire crescent as a perturbation, the calculation shows that the results in agreement with the experimental ones by a simple model of effective mass approximation.

本文报道脉冲阳极氧化对低压金属有机化学气相沉积自组织生长的GaAs/AlGaAs量子线荧光的影响.通过比较阳极氧化和无阳极氧化且均快速退火样品的荧光谱获得互扩散减少直接生长样品存在的缺陷和无序等,从而减小量子线非辐射复合;另一方面,无序等涨落的消除减小槽边量子阱对光生载流子的局域化,导致大量的光生载流子从槽边量子阱输运到量子线中产生相对于无阳极氧化非常增强的荧光信号.考虑量子线横向宽度的变化作为微扰,采用简单模型理论上计算给出与实验完全一致的结果

A novel method of picosecond-resolving fluorescence spectrum measurement with delay-frame-scanning single photon counting technique was introduced.This spectrum setup was made innovatively.The time resolving power was improved 16.7 times by delay-frame-scanning technique.The advantage of avalanche photoelectric detector(APD) with rapid response was exerted mostly.It also has high property of signal-to-noise ratio and sensitivety(5 pw light could response).The setup was widely applied in ultrafast process of...

A novel method of picosecond-resolving fluorescence spectrum measurement with delay-frame-scanning single photon counting technique was introduced.This spectrum setup was made innovatively.The time resolving power was improved 16.7 times by delay-frame-scanning technique.The advantage of avalanche photoelectric detector(APD) with rapid response was exerted mostly.It also has high property of signal-to-noise ratio and sensitivety(5 pw light could response).The setup was widely applied in ultrafast process of photobiology and photochemistry reaction.

介绍并分析了我们创建的一套以雪崩光电二极 (APD)为探测手段的皮秒分辨延时分幅扫描单光子计数荧光光谱测量装置 ,该装置具有高信噪比和高灵敏度 ,可对 5 pw的荧光信号快速响应。创新性地采用了延时分幅扫描技术 ,最大限度地发挥光电探测器优越性 ,将系统的时间分辨率提高了 16 7倍。该技术可以广泛的应用于光生物和光化学反应中的超快过程研究

 
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