interference spectrum
英 [ˌɪntəˈfɪərəns ˈspektrəm]
美 [ˌɪntərˈfɪrəns ˈspektrəm]
干涉光谱
双语例句
- The legible interference patterns and spectrum signals show that fiber interferometer is suitable to compensate for amplitude and phase vibrations.
稳定的时域干涉信号说明，单模光纤可以很好补偿振幅、相位的跃变。 - The test result indicated that the sliding window method can eliminate the interference of the spectrum information and extract the feature of remote sensing texture image effectively.
结果表明，滑动窗口法在排除波谱信息的干扰、提取纹理特征参量方面效果比较明显。 - Measurement of the temperature coefficient of maximal birefringent index of crystal by polarized interference spectrum
测量晶体最大双折射率温度系数的偏光干涉法 - Pretest System of Conducted Interference Based on Spectrum Analyzer
基于频谱仪的传导干扰预测试系统的研究与实现 - New Data Processing Method of Two-path Differential White Light Interference Spectrum
双路差分白光干涉谱数据处理的新方法 - Measurement of underwater vertical moving target using interference spectrum
干涉谱法测量水下竖直运动目标轨迹 - Performance of Minimum Mean Square Error Detector against Narrowband Interference in Spread Spectrum Systems
最小均方误差检测器对扩频系统中窄带干扰的抑制性能分析 - The effect of non-stationary interference on spread spectrum system gets more and more attention, of which most typical is linear frequency modulated ( LFM) signal.
近年来，非平稳干扰对扩频系统的影响越来越受到人们的重视，这类干扰最具代表性的形式为线性调频（LFM）信号。 - U fission interference and gamma spectrum interferences are modified.
定值测试捷克生物标准物质TY1~4，测定了12个元素，对谱干扰和U裂变干扰作了修正。 - Considering the transparency of BeO to X-ray, a molybdenum pad was laid between the sample disc and the sample supporter of a sample holder to eliminate the interference of spectrum from the sample holder and to produce additional emission for increasing sensitivity.
考虑到BeO对X射线的透明性，在样片与样品盒支架之间垫置钼片消除试样盒发射线的干扰并产生附加激发以提高灵敏度。 - According to the spectral characteristics of scattering intensity, the method of reconstructing intensity of the second order and fifth order rainbows from interference intensity spectrum is presented: inverse FFT.
基于散射强度频谱特点，提出了一种从干涉强度谱中重建二阶和五阶彩虹强度分布的方法：逆快速傅里叶变换（IFFT）。 - The fringe-shift of the interference spectrum shows good linear relationship to the temperature, which is measured to be ( 31.3 pm/ ℃) in the experiment.
从实验上得到了干涉光谱的谐振峰波长位移与光纤段温度变化成良好的线性关系，测得其温度系数为31.3pm/℃。 - Analysis of electromagnetic interference spectrum in multichip modules
多芯片组件电磁干扰频谱中的两次峰值问题研究 - The method is suitable for the measurement of white light interference spectrum in the range 10~ 100 μ m.
新方法可适用的白光干涉谱数据距离范围为10μm到100μm。 - Polarization Interference Spectrum's Gather Characteristic in Ultraviolet Area of Quartz
石英晶体偏光干涉谱紫外区聚敛特性研究 - The objective of PIF is to realize a certain distribution of interference spectrum, while that of the achromatic wave plate is to realize the retardation by using several crystals to modulate the input beam.
PIF是要实现一定的干涉光谱分布；消色散波片则是要通过多块晶体对入射光的调制实现一定的位相延迟。 - The online normalization of the interference spectrum in frequency domain is implemented with Hilbert transform.
通过Hilbert变换来实现频率域干涉光谱信号的在线归一化，使归一化过程不受光源光谱形状以及谱峰位置变化的影响。 - The extinction ratio of interference spectrum can be controlled by setting the splicing mode and the parameters of Splicer.
通过熔接机熔接模式和熔接参数的设置，可以实现干涉谱消光比的控制。 - In spectral OCT, spectrometer was used to acquire interference spectrum between reference arm and sampling arm, then Fourier transformation was used to retrieve the depth information, thus it avoids depth scanning.
光谱OCT使用光谱仪采集样品光与参考光的干涉光谱，对干涉光谱作傅立叶变换就能得到深度方向的信息，无须深度扫描。 - Through the validating of experiment and field testing, this system satisfies the demand of design. It can measure the interference spectrum of the offline arc and determine the internal interference frequency, amplitude and location of the train rapidly.
通过实验及现场测试验证此系统满足设计需求，可以测量离线电弧电磁干扰的频谱，并能迅速确定列车内部电磁干扰的频率、幅值及位置。 - Therefore, the problems of spectrum sensing in CR network and interference management in spectrum sharing have been studied in this thesis.
因此，本论文针对CR网络中的频谱感知和频谱共享中的干扰管理问题展开研究。 - Orthogonal frequency division multiplexing ( OFDM) has been widely used on more and more aspects in wireless communication now, because OFDM has a lot of advantages including effective against multipath interference, narrowband interference, spectrum efficiency and higher data transmission rates.
目前，OFDM（正交频分复用）技术在无线通信领域中得到广泛应用，这主要是由于OFDM技术具有频谱利用率高，数据传输速率高，有效对抗多径干扰和窄带干扰等诸多优势。 - The normalized interference spectrum is obtained by storing the stable light source spectrum and the back scattering spectrum.
通过稳定光源光谱的存储实现干涉光谱信号归一化，并通过存储背向瑞利散射光谱消除传输光纤对归一化过程的影响。 - OFDM has many advantages in wireless data transmission such as higher transmission rate, better anti-multipath interference, spectrum efficiency and utilization.
它在无线数据传输方面优势明显，可以传输高速数据、抗多径干扰性能较好、提高频谱效率和利用率等优点。 - In this paper, through the mode theory, multi-mode fiber sensors 'output signal interference spectrum is also analyzed.
本文利用多模光纤中的模式理论的基础知识分析了多模光纤非本征法布里-珀罗传感器的干涉原理，推导得到输出干涉谱的理论公式。 - One is the intrinsic Fabry-Perot temperature sensor with high sensitive to temperature and high visibility interference spectrum; another is extrinsic Fabry-Perot refractive index sensor with structural stability and low sensitive to temperature.
一个是温度灵敏度高且干涉谱对比度大的本征型光纤法珀腔；另一个是结构稳定且温度低敏感的非本征型光纤法珀腔。 - A novel optical fiber Fabry-Perot refractive index sensor is designed and fabricated based on the medium refractive index changes when the liquid into the Fabry-Perot cavity, and will induce the optical path difference change of the F-P interference spectrum, realize the refractive index measurement.
提出制作了一种光纤法珀折射率传感器，通过让被测液体进入光纤法珀腔内部，引起腔内介质折射率改变，从而使得光纤法珀干涉光光程差变化来实现折射率测量。 - The article used the three interval method and Palmgren-Miner linear cumulative damage theory to predict the car-body structural fatigue life which was used German low interference track spectrum.
利用三区间法和Palmgren-Miner线性累积损伤理论，对施加德国低干扰轨道谱的车体结构进行了疲劳寿命预测。 - The paper embodies the interference spectrum sensing and spectrum reconstructing in complex electromagnetic environment combined with the system feature of military Cognitive-Radio.
结合军用认知无线电的体系特征，研究了复杂电磁环境下的干扰频谱感知技术和频谱重构重构技术。 - Firstly, spectrum recovery and calibration was applied based on the basic principles of interference spectrum.
首先实现了基于干涉光谱学基本原理的光谱数据反演和数据标定。