dispersion power

英 [dɪˈspɜːʃn ˈpaʊə(r)] 美 [dɪˈspɜːrʒn ˈpaʊər]

网络  色散率; 色散本领; 色散能力

化学



双语例句

  1. In the aspect of thermal dispersion for power LEDs, flip-chip configuration has potential predominance.
    与正装LED相比,倒装焊芯片技术在功率型LED的散热方面具有潜在的优势。
  2. Common/ dispersion Three-phase Compensation New Intelligent Reactive Power Compensation Device Research
    三相共补&分补式新型智能无功补偿器研究
  3. Like any big shift, the dispersion of economic power presents challenges and opportunities.
    和其他重大的转变一样,经济力量散布到更广的范围内将同时带来挑战与机遇。
  4. The results show that for high speed FFH OCDMA system, the dispersion seriously reduces the peak power and sample energy. Hence, the signal noise ratio of receiver is affected by the dispersion.
    研究表明,对于高速FFH-OCDMA系统,光纤的色散导致用户自相关输出峰值和取样切普内光能量的减小,进而降低了接收的信噪比。
  5. This paper derives a precise time domain analysis for the ballast resonant circuit, proposes an optimized design method for resonant circuit parameters aimed at minimizing the dispersion of the output power.
    对电子镇流器谐振回路进行了精确的时域分析,提出了以输出功率离散性最小为目标的最佳谐振参数估算法。
  6. The exponential attractors for reaction-diffusion equations with dispersion in fractional power spaces
    具有色散的反应扩散方程在分数次幂空间的指数吸引子
  7. Heat Dispersion Calculation For Power Devices and Radiators Selection
    功率器件的散热计算及散热器选择
  8. An experimental study of stack plume rise and dispersion at the power station
    火电厂烟流上升和扩散的试验研究
  9. The gas-liquid flow pattern, critical dispersion impeller speed, power consumption, gas hold-up and bubble residence time were studied in a baffle-gassed agitated vessel with multiple impellers.
    研究了挡板进气多级搅拌槽内的气-液分散流型、临界分散转速、搅拌功率、气含率和气泡停留时间。
  10. Circular groove guide is a new type of transmission medium. Compared with the conventional guides, it has some attractive advantages, such as low loss, low dispersion, large structural dimension, higher power handling capacity.
    圆形槽波导是一种新型的毫米波传输线,具有低损耗、低色散、宽频带、大尺寸和大功率容量等优点。
  11. The optimum technological requirement for improving these two targets by orthogonalizing experiement is screened, and the result shows that the dispersion and tinting power are greatly improved.
    通过实验室小试,用正交试验筛选出提高这两项指标的最佳工艺条件,其产品鉴定结果表明,着色力和分散性有较大提高。
  12. The results of simulation show that dispersion seriously reduces the peak power and sample energy on the FFH OCDMA system. Hence, bit error rate ( BER) of system is increased by dispersion.
    结果表明,在FFH-OCDMA系统中,光纤色散导致解码自相关光脉冲峰值功率和光脉冲取样能量的降低,进而导致系统误码率(BER)的增加。
  13. Application of Tidal Numerical Model to Thermal Plume Dispersion from Power Plant at Zhuanghe
    潮汐潮流三维数值模拟在庄河电厂温排水问题中的应用
  14. Dispersion Power Penalty Induced by Chirped Fiber Grating
    啁啾光纤光栅引起的系统色散功率代价
  15. The relationship among the normalized cut-off frequency, normalized propagation constant, dispersion and power distribution of triangular-core doubly clad single-mode fibers and the inner cladding parameters has been studied in detail. And the universal curves for their general relations are given.
    本文详细分析了双包层三角形单模光纤的归一化截止频率、归一化传输常数、色散以及功率分布等传输特性与内包层参数的变化关系,给出了它们之间的一般关系曲线。
  16. Experimental Study on the Influence of Device Parameters of FAE to Fuel Dispersion and Explosive Power
    FAE装置参数对燃料抛撒与爆炸威力影响的实验研究
  17. Analysis of Relevant Parameters and Modified Methods in Estimating Annual Mean Atmospheric Dispersion Factor for Nuclear Power Plant
    核电厂年均大气弥散因子估算中有关参数和修正方法的影响分析
  18. Correspondingly, the dielectric dispersion which has a negative power relationship with frequency has also been found in a certain frequency domain.
    与之对应,在一定频域内存在与频率成负幂次关系的介电色散。
  19. To explain calculation formula of steel wire heating, furnace surface heat dispersion and electric power.
    说明钢丝加热、炉体表面散热和电功率计算公式。
  20. Effects of central dip in refractive index on the normalized cut-off frequency, normalized propagation constant, dispersion and power distribution of W-type single-mode fibers have been studied in detail.
    本文详细讨论了折射率中心凹陷对W型单模光纤的归一化截止频率、归一化传输常数、色散特性和功率分布的影响。
  21. The Effects of Amplifier Dispersion on Efficiency at Multiway Microwave Power Amplifiers Combination in Parallel
    多路微波功率放大器并联合成时放大器离散对合成效率的影响
  22. In this paper, the effects of chirped fiber grating on optical pulse was analyzed, calculating the broadening of optical pulses after propagating through a certain fiber span and then compressed by a chirped fiber grating, considering the influence those ripples on increasing dispersion power penalty.
    分析了啁啾光纤光栅对光脉冲信号的作用,计算光脉冲经过一定距离传输并由啁啾光纤光栅进行色散补偿后的脉冲展宽情况,同时分析啁啾光纤光栅群时延抖动对系统色散代价的影响。
  23. Thermal Dispersion of GaN-base d Power LEDs
    GaN基功率型LED芯片散热性能测试与分析
  24. The Effects of Amplifier Amplitude-Phase Dispersion on Module Performance in Solid State Power Amplifying Module
    固态功放组件中放大器幅相离散对组件性能的影响
  25. Properties and conditions of the propagation of sech and Gaussian type quasi soliton in optical fibre link with periodical dispersion management and power balance are discussed by variational method.
    用变分法研究非线性薛定谔方程,讨论了在有色散补偿及增益平衡的光纤链中双曲正割(sech)型和高斯型准孤子的传输条件及特性。
  26. Results show that the circle prefix which has arbitrary length can increase the quality of received eye diagram and improve the dispersion tolerance. The power equalization has been used to eliminate the performance differences of channels.
    仿真结果表明,循环前缀的插入提高了眼图的性能、改善了色散容限;针对不同子载波进行功率均衡能够有效减小信道间的性能差异。
  27. In addition, the "dual mode" also can cause the dispersion of management power, the fuzzy of department responsibility and pass the responsibility to each other and so on.
    此外,双重模式还会造成管理权力的分散、部门职责不清,互相推诿责任等情况的发生。
  28. Focused on the linear coupling coefficient between mode dispersion coefficient, the input pulse power and Raman scattering parameters caused by changes in the transmission of pulse waveform changes, analyze the causes, of the above on impulse transmission importance.
    主要讨论了线性耦合系数、模间色散系数、脉冲的输入功率和拉曼散射项参数的改变所引起的脉冲的传输波形的变化,分析了形成原因,研究了上述各项对脉冲传输的重要性。
  29. Reasonable choice of DGs can fully exploit the dispersion power, improve energy efficiency and reduce investment costs.
    合理地选择分布式发电的电源类型可以充分开发利用各种可用的分散存在的能源并提高能源的利用效率、减少投资成本。
  30. The water dispersion impact the oil absorption and hiding power.
    分散性的好坏直接影响着吸油量与遮盖力等性能。