因此认为气压变化是伸缩仪观测日变曲线畸变的主要因素之一。
So, we think air pressure change is one of the main factors of aberration of observational daily change curve of tensometer.
在利用HL-5霍尔效应测试仪测量磁场的实验中，发现有些仪器的测量曲线在磁极边缘附近存在畸变。
Magnetic field curve distortion is found at the position of magnetic pole edge in Hall effect experiment, using HL-5 Hall effect testing instrument.
本文研究了样条曲线拟合中常遇到的两种畸变点的处理方法。
The approaches to the treatment of two kinds of distortion points often encountered in spline curve fitting are investigated in this paper.
在计算过程中对测井曲线进行环境校正与畸变参数修复和重构工作。
The environment correction of logging curves and the renovation and reconstruction of distorting functions are carried out during calculation.
利用这套图解曲线或表达式，使得在各种可能线型组合下的嵌镶尺寸和点阵畸变的测算可用手工处理，并使电子计算机快速计算成为可能。
By using the above diagrammatic curves and corresponding formulae, we have made the calculation possible directly by hand, or quickly on-line by computer.
因此，实际观测得到的反射波到达时间，并不是标准的双曲线，而是一条畸变了的双曲线，从而影响速度分析和迭加效果的质量。
Therefore, the actual observation obtains the reflection time, is not the standard hyperbolic curve, but was a distortion hyperbolic curve, thus influence speed analysis and iteration effect quality.
大地电磁测深结果受表层构造横向不均匀性的影响，其视电阻率曲线会发生畸变。
The curves of apparent resistivity obtained from Magnetotelluric Sounding are greatly distorted by the lateral inhomogeneity of surficial structures.
计算证明在非均匀流场中俯仰力矩曲线可能发生畸变。
The calculation has provided that in the nonuniform flow field the curve of pitching moment may be distorted.
室温下，UO_2表面的铝薄膜是以岛状方式生长的，生长过程中由于扩散行为的影响，导致确定薄膜生长方式的强度变化曲线发生了畸变。
At room temperature, al thin film growth on UO_2 followed the VW mode. Under the influence of diffusion action, intensity curves which determine thin film growth mode have some alteration.
曲线的提取以图分割理论为基础，结合了图像中灰度、纹理和空间的多种信息，得到在各种畸变下仍然能保持相对稳定的区域边界为待配准曲线。
The curves that are stable under various distortions are extracted in Graph-cut Theory, which is fully using gray level, texture and spatial information of image.
严重者使放电曲线发生畸变。
研究了液晶波前校正器位相调制曲线非线性的校正以及液晶自适应闭环对畸变波前的校正。
The correction of the nonlinearity of the liquid crystal wavefront corrector and the closed loop correction were investigated.
研究了液晶波前校正器位相调制曲线非线性的校正以及液晶自适应闭环对畸变波前的校正。
The correction of the nonlinearity of the liquid crystal wavefront corrector and the closed loop correction were investigated.
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