• Spectral width is one of the key factors of laser array products.

    光谱宽度是激光器阵列产品的一个关键指标。

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  • To achieve intense monocycle laser pulses, sufficient spectral width is required.

    超宽带光谱是得到高能量单周期激光脉冲的前题条件。

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  • This effect is particularly important for leds since the emitted spectral width is several hundred angstroms.

    这种效应对于发光二极体来说是特别重要的,因为发光二极体所发射的光谱带宽可达几百埃。

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  • This effect is particularly important for leds since the emitted spectral width is several hundred angstroms .

    这种效应对于发光二极管来说是特别重要的,因为发光二极管所发射的光谱带宽可达几百埃。

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  • With broad gain spectral width of SOA and large tuning range of filter, the output power of the output pulse train could keep big enough over a large tuning range.

    由于半导体光放大器的宽增益谱与滤波器的较大可调谐范围,使得激光器输出可以在较大的波长可调谐范围内保持较大功率输出。

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  • The parameters of triple Fabry-Perot etalon, namely, free spectral range, spectral width, peak offsets between each etalon, effective aperture and so on are optimized.

    优化了三通道法布里-珀罗标准具的自由谱范围、带宽、峰值间隔和有效口径等参数。

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  • For X-ray source with a certain spectral width, the source with minimum spectral width as possible to get the high resolution images with rich information should be selected.

    对于具有一定谱宽的X射线源,应选择谱宽尽量小的源,以获得含信息量丰富、分辨率高的图像。

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  • Due to the wavelength dependence and finite spectral width of the reflection curve, the reflectivity which takes effect is generally higher than the minimum reflectivity claimed.

    由于减反膜自身反射率曲线的波长依赖性和谱线宽度的有限性,故一般情况下镀膜面的实际反射率比减反膜自身的最低反射率高。

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  • The results showed that the effect of group velocity dispersion(GVD) on the pulse with large chip was slight and the effect of spectral width on the self-focusing properties could be ignored.

    研究结果表明,群速度色散(GVD)对大啁啾脉冲的影响很小,谱宽对自聚集的影响可以忽略。

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  • During unsaturated growth, the width of the spectral profile will decrease.

    在非饱和增长期间,谱线轮廓的宽度将减小。

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  • The laser output energy, dynamic to static ratio, pulse bandwidth ana spectral line width etc. by Q-switching ware measured and analysed theoretically.

    测量了调q后激光输出的能量、动静比、脉宽、谱宽等,并从理论上进行了一些分析。

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  • The obtained profile of spectral line has a typical and symmetrical shape of line. The line width (FWHM) was measured to be 3. 2 GHz.

    获得的光谱谱线轮廓具有典型的对称性线型,测得的谱线半宽度为3.2千兆赫。

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  • On measuring the spectral linewidth by means of photographing the fringes of the F-P etalon, the influence of the instrument width on the measured results has been discussed.

    本文讨论了用F-P标准具的照相法测量光谱线宽时,仪器宽度对测量结果的影响。

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  • The amplified spontaneous emission in dye solutions excited with powerpul picosecond light pulses is studied in two respects:1. spectral peak shift and the emission width;

    用超短光脉冲激励染料溶液,进行超荧光的研究:1。超荧光光谱峰移动和光谱宽度;

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  • The influence of spectral slit width was studied.

    考察了光谱狭缝宽度的影响。

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  • The impact of high_order dispersion and nonlinear effects on spectral shape and band width is simulated and analyzed.

    计算和分析了高阶色散和非线性效应对超连续谱形状和带宽的影响。

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  • Optical microcavity arouses great interest in condensed state physics. It can change characters of spontaneous emission, such as spectral full width at half-maximum, light intensity at peak and so on.

    光学微腔是目前凝聚态物理的研究热点,它能够改变自发发射的特性(谱线宽度、发光强度等)。

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  • This article analyzes the influence of band spectral response function and band width to land surface temperature inversion.

    分析了波谱响应函数和波宽对红外数据反演地表温度的影响。

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  • According to the structure of instrument, the influence of the slit width on spectral line is discussed, the relative measurement error of instrument is also analyzed.

    根据仪器结构讨论了狭缝对谱线的影响,给出了狭缝宽度和谱线宽度的对应关系,并对仪器谱面上的相对测量误差进行了分析。

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  • According to the structure of instrument, the influence of the slit width on spectral line is discussed, the relative measurement error of instrument is also analyzed.

    根据仪器结构讨论了狭缝对谱线的影响,给出了狭缝宽度和谱线宽度的对应关系,并对仪器谱面上的相对测量误差进行了分析。

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