- 更多网络例句与校正的相关的网络例句 [注：此内容来源于网络，仅供参考]
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So supported by well core experimentation, the *** analyzed the logging response feature and mechanism of thin bed, and point out that many factors can affect the logging response of the reservoir, the main factor which mostly influence the logging response is the thickness of thin layer, and the content of carbonite have a great influence on the response of 3-porosity logging.we make use of core experimentation, combined with logging material, firstly the *** do the lithology correction and thinckness correction for resistivity curves, and based on the content of mud that derived from the core experimentation, the *** present the thickness correction model of gamma-ray logging and self-potential logging, and choose the appropriate ways to compute the carbonate content and using the value of mixed frame in order to correct the influence from the carbonite, based on this, the *** gives a effective methods to correct the thickness influence for 3-porosity logging.
本文首先以岩心实验结果为依据，对研究区薄层的测井响应特征和机理进行了分析，指出多种地质因素影响着储层的测井响应特征，而层厚是影响测井响应最主要的因素，且碳酸岩含量对三孔隙度测井的影响很大。利用岩心实验分析资料，结合测井资料，首先对电阻率测井曲线进行了岩性的校正和层厚校正；利用岩心分析泥质含量，研究了自然伽马和自然电位的层厚校正方法，并建立了层厚校正模型；在有效计算储层碳酸岩含量和混合骨架参数值的基础上，研究了针对碳酸岩含量对测井曲线的影响进行校正的方法，进而提出了一套对三孔隙度测井曲线的薄层层厚影响的校正模型。
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In order to extract coherent information from uncooled infrared focal plane array, it is essential to perform Non Uniformity Correction.
非均匀校正是红外图像处理的重要环节，多年来两点校正方法一直是红外图像非均匀校正的主要手段。
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The paper introduces the principle of this method, analyzes its correcting effects changed with noise and spectrum line numbers used, the simulation result is also given.
该文介绍了三角形法频谱校正的原理，分析了三角形法校正效果随信噪比以及参与校正的谱线根数变化情况，并给出了仿真结果。
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In this paper, the principle of saturation correction is analyzed and the methods of saturation correction for point target and distributed targets are proposed respectively. And some problems about the application of these methods are also discussed and their solution achieved.
本文分析了饱和校正的原理，分别针对分布目标和点目标研究了饱和校正的方法，讨论了饱和校正方法应用于图像时遇到的一些问题并给出了解决方法。
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The results show that, all the three methods can effectively correct the frequency, the energy centrobaric correction has the lowest precision and the ratio correction is the fastest and its precision is almost not affected by the change of signal to noise ratio.
结果表明：3种算法都可以使信号的频率更接近于真实值，其中能量重心法校正精度相对较低，比值法和相位差法精度较高，尤其是比值校正算法处理速度更快，校正的精度基本不受信噪比的影响。
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Basic principles of energy centrobaric correction,ratio correction and phase difference correction were expounded.
结果表明：3种算法都可以使信号的频率更接近于真实值，其中能量重心法校正精度相对较低，比值法和相位差法精度较高，尤其是比值校正算法处理速度更快，校正的精度基本不受信噪比的影响。
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In order to correct spectrum with the single frequency(multi-frequency at a distance ),this paper presents the Energy Centrobaric Correction Method,which develops the Three-point Convolution Correction Method to be a general method which can correct frequency ,amplitude and phase.
提出了对单频率成分进行频谱校正的能量重心校正法，使三点卷积幅值校正方法发展成为一种能校正频率、幅值和相位的通用方法。
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Topographic correction based on sun-canopy-sensor geometry is more appropriate than terrain-based corrections in forest areas because SCS preserves the geotropic nature of trees regardless of terrain, view, and illumination angles.
SCS校正模型解释了树木不依赖于地形、观测角和光照入射角而具有向地性生长的本质特性，但在某些地形区域，SCS与余弦校正同样存在过度校正的问题。
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The ptical adjointing effect calibration method comprises: parameter initialization, precorrection, sampling an initial frequency, interpolating to calculate light intensity and dividing small lines, in an optical adjointing effect calibration cycle, using a dynamic adjusting algorism to adjust the division result to attain the result of the optical adjointing effect calibration.
包括参数初始化，预校正及初始频率采样，插值计算光强并切分出小线段，并在光学临近效应校正循环中利用动态调整算法对切分结果进行调整，从而取得光学临近效应校正的结果。
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We propose novel methods for both techniques to monitor the surrounding area of a vehicle. For fisheye camera calibration, we proposed a novel photogrammetric calibration method using planar calibration objects together with a distortion model based on the design of the fisheye lens. By minimizing the residual error between observed and predicted image coordinates of feature points, a set of camera parameters that best describe the imaging process of the camera can be obtained.
在鱼眼摄影机校正中，我们提出基於摄影校正法的创新的校正方法，其中利用平面校正物进行鱼眼摄影校正，并以视野失真模型(field-of-view distortion model)作为鱼眼失真模型，透过降低摄影机校正误差进行非线性的摄影机参数最佳化，由已校正的鱼眼摄影机所拍摄的影像皆可经由失真校正将鱼眼影像还原至透视投影影像。
- 更多网络解释与校正的相关的网络解释 [注：此内容来源于网络，仅供参考]
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cor corrected：校正的,改正的,正确的
contg containing包含,含有 | cor corrected校正的,改正的,正确的 | cp.constant pressure恒压
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cor corrected：校正的
control limit 控制限度 | cor. corrected 校正的 | corr. corrugated 波纹的;螺纹的
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corrected：折算的,修正的,校正的
in a whole skin 安然无恙 | corrected 折算的,修正的,校正的 | broken line graph 折线图
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corrected：校正的
corrected value 修正值 | corrected 校正的 | corrected 校正过的修正过的改正过的
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revisory：校正的; 修订的; 修正的; 有修正权的 (形)
revisor 校订者 (名) | revisory 校正的; 修订的; 修正的; 有修正权的 (形) | revitalization 新生, 复兴 (名)
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self-correcting：自校正(的)
self-cooled 自冷却的 | self-correcting 自校正(的) | self-defocusing 自散焦作用
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uncorrectable error：无法校正的错误,不可校正的错误
无变化 unconverter | 无法校正的错误,不可校正的错误 uncorrectable error | 漏校错误,不可校错误 uncorrected error
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uncorrected：未校正的
uncorrected universal time 没有改正的世界时 | uncorrected 未校正的 | uncorrecting 航向倒算
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unrecoverable error：不可校正错误,不可校正的错误
unrecorded tape 未录磁带 | unrecoverable error 不可校正错误,不可校正的错误 | unrecoverable transaction 不可恢复事务处理,不可恢复事项,不可恢复事项处理
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cor righted：校正的,改正的,正确的
contg containing包含,含有 | cor righted校正的,改正的,正确的 | cp.constant prescertain恒压