1) iterative radiometric calibration
迭代辐射校正
2) iterative refraction static correction
迭代折射静校正
3) iterative correction
迭代校正
1.
In this paper the iterative corrections──a high accuracy algorithm based on the finite element solutions of the second kind Fredholm integral equation are established.
对第二类Ｆｒｅｄｈｏｌｍ积分方程，以有限元解为基础，建立了一个高精度算法──迭代校正算法。
4) multi-domain iteration refraction static
多域迭代折射静校正
1.
To copy with strong regular interference waves, rapid variations of statics, and to reach desired qualities for signals from both shallow and deep layers,multi-domain iteration refraction static correction is a key step in 3D seismic data processing workflow.
针对该区三维地震资料中静校正量变化大 ,规则干扰波强 ,浅部和深部要兼顾的特点 ,除了采用一般的动、静校正 ,压制噪声和精确速度分析的手段外 ,重点试验了多域迭代折射静校正方法作为本区三维地震资料处理的必须环节。
5) interactive iteration static correction
交互迭代折射波静校正
6) radiometric correction
辐射校正
1.
Estimation models of vegetation fractional coverage (VFC) based on remote sensing image at different radiometric correction levels.;
基于遥感图像不同辐射校正水平的植被覆盖度估算模型
2.
Estimating living vegetation volume from a multiple radiometric correction SPOT 5 Imagery
基于SPOT5影像多辐射校正水平的植被绿量遥感估算
3.
The relative radiometric correction is the first step of processing and analyzing of multitemporal remote sensing images.
相对辐射校正是多时相遥感图像处理和分析的前提。
补充资料：层层迭迭
1.见"层层迭迭"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条