• 随着激发强度增加紫光发射强度线性增强,且稍有蓝移,紫外光发光强度则近似线性增加

    With an increase in intensity of the excitation light, the violet emission peak increases super linearly and the UV emission increases linearly.

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  • 强度下,这种聚焦会使氧原子粒子束反转确保激发原子多于未被激发的原子。

    Being very high intensity, this focus induces a population inversion in the oxygen atoms, ensuring that there are more excited than non-excited atoms.

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  • 多数情况下激发提高体系龄期强度

    Generally, the mechanical strength of the system could be improved in every age by acid activation.

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  • 外部强化可以激发教师职业动机注意外部强化控制行为功能提供信息功能的相对强度

    Exterior intensification may stimulate teachers professional motive, but relative intensity about functions of controlling action and providing information of exterior intensification should bem.

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  • 激光诱导荧光强度光碎片分子初始多极矩、线强度因子和解离激发几何因子函数

    The LIF intensity is a function of the initial molecular state multipoles, the line strength factor and the dissociation excitation geometrical factor.

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  • 物质磁场强度最强记录1011特斯拉地球激发的最强磁场还要强10亿

    Magnetic fields contained within these objects have been registered to a strength of 1011 Tesla, a billion times stronger than the strongest magnetic field that can be generated on Earth.

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  • 根据实验结果,利用电磁学理论分析了由于裂纹尖端电荷加速运动激发的电磁场强度及其频谱特性。

    Based on the electromagnetic theory the relation between the acceleration movement of electric charge in the crack tip end, the value of electromagnetic field and the spectrum are analyzed.

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  • 光谱分析表明燃烧环境不同产物激发发射强度不同;

    The spectrum analysis indicated that the intensity of excitation and emission peak are different from those of the products combusted under other conditions.

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  • 因此可以定义单位激发内的广义强度广义振子强度密度

    Thus, we can define the generalized oscillator strength density as the strength per unit excitation energy.

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  • 介绍计算均匀带电圆环周围空间任意激发电场强度方法

    This paper introduces the method of calculation of strength of electric field excited at random point around the uniformly electric ring.

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  • 可以通过温度活化剂控制无机非金属高温调堵材料水化活性激发稠化硬化速度以及硬化强度

    Can be controlled by temperature and inorganic non-metallic high-temperature activator hydration activity of plugging the excitation and the thickening and hardening speed and strength after curing.

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  • 解释谱线强度增强机理,测量了等离子激发温度

    The excitation temperature of laser plasma was measured to explain the mechanism that the line intensities increase.

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  • 同时发现稀薄等离子体中激发尾波场与等离子体的密度几乎无关,激发波场最大电场强度与等离子体的密度有关

    In rare plasma, the strength of the wake-field depends on the background plasma density, while the maximum wake potential of wake-field is dependent on it.

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  • 利用造纸废水激发混合物活性提高混合物早期强度配制出强度水泥替代品

    The invention uses the paper waste to stimulate the mixture's activity and increase the early strength of the mixture so as to produce the cement succedaneum with high intensity.

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  • 分析表明交叉弛豫激发强度增大导致偏振因子激发入射脉冲面积减小

    It was revealed that the cross relaxation increased with intensity of the excitation, which resulted in the decrease of polarization factor with the input pulse area.

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  • 基础上采用激发态组态相互作用CIS方法计算了它们的荧光激发波长及强度,所得结果实验变化趋势基本吻合

    On this basis, the electronic spectra have been calculated by a single-excitation configuration interaction(CIS) method. Tie calculated(results) are consistent with experimental values on the whole.

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  • 研究如何激发水淬矿渣活性提高矿渣水泥早期强度

    Here is a study on how to energize the activation of water-granulated slag to improve the slag cement's early strength.

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  • 研究粉碎活化碱性激发硫酸盐复合激发作用,大矿渣活性激发强度关系

    Relationship between hydraulic reactivity of slag and strength of cement with low amount of clinker is explored under the activation of fine grinding, alkali and sulfate in combination.

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  • 研究结果表明,对矿渣进行活化激发显著提高大掺量矿渣水泥早期后期强度

    The result reveals that the activation of slag can remarkably improve the early and final strength of the resultant cement.

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  • 泥石流由于历时强度大雨激发而形成的。

    Debris flow was triggered by the short duration and high intensity rainstorm.

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  • 研究矿渣粉磨细度激发改性剂种类掺量矿渣胶凝材料干燥收缩性能强度的影响。

    The slag grinding fineness, additives of exciting agent, modifier kind and quantity, which influence the dry contractibility and strength of slag cementing material, have been studied.

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  • 应用线性组合算符幺正变换方法得出了极化子内部激发耦合强度磁场关系

    The variational relations of the internal excited states of polaron with coupling strength and magnetic field were derived by using the linear combination operator and unitary transformation methods.

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  • 荧光强度激发强度次方关系表明,有效的荧光产生起源于三非线性光学效应的增强。

    The intensity dependence of integrated luminescence on pump power shows that this is a third-order nonlinear optical effect.

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  • 探讨各种方式激发粉煤灰活性方法提高粉煤灰制品强度以期达到工业废弃物有效利用

    The study up on making the fly ash active by all kinds of methods. In order to improve the strength of the fly ash products. In the hope of reaching the effective use of industry scrap material.

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  • 研究激发化工石膏粉煤灰新型道路建筑材料强度自由线膨胀率等性能影响以及水剂作用和新型道路建筑材料的硫酸盐侵蚀性能等。

    The influence of activator on strength and free linear dilatability and sulfate resistance of chemical waste gypsum - fly ash new road building material as well as action of water reducer are studied.

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  • PM3/CIS水平计算了它们电子光谱得到了基态激发垂直跃迁能相应振子强度

    At PM3/CIS level, the vertical excitation spectra were calculated and the vertical excitation energies and corresponding oscillator strength from the ground states to the excited states are obtained.

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  • 利用环境同位素技术追踪傍河水源地开采条件河水激发补给过程和补给强度

    With the environmental isotope technique, the induced recharge of river water under pumping condition in water source site adjacent to the river has been probed.

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  • 本文为主要原料,采用FR-2型碱性固体激发进行了影响少熟料磷渣道路水泥强度因素研究

    This paper gives a study on the manufacture of low-clinker pavement cement by solid waste residue from phosphorus production with FR-2 low alkalinity solid additives.

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  • 结果表明激发有效改善大掺量粉煤灰混凝土早期强度问题,而且可以在降低水泥水化的同时,延缓混凝土早期放热峰值的出现,使混凝土具有良好的抗性能。

    The results show that the early strength and the permeability of concrete can be improved effectively, and the hydration heat can be reduced and the hot peak value at the early age can be postponed.

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  • 结果表明激发有效改善大掺量粉煤灰混凝土早期强度问题,而且可以在降低水泥水化的同时,延缓混凝土早期放热峰值的出现,使混凝土具有良好的抗性能。

    The results show that the early strength and the permeability of concrete can be improved effectively, and the hydration heat can be reduced and the hot peak value at the early age can be postponed.

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