Correlation of Aerosol Scattering Lidar and Laser Strainmeter Signals during Earth’s Crust Deformations

S. M. Pershin; G. I. Dolgikh; A. F. Bunkin; M. Ya. Grishin; V. A. Zavozin; V. K. Klinkov; V. N. Lednev; V. S. Makarov; A. A. Plotnikov; A. V. Turin

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Correlation of Aerosol Scattering Lidar and Laser Strainmeter Signals during Earth’s Crust Deformations

机译：地壳变形过程中气溶胶散射激光器和激光拉筋器信号的相关性

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Lidar sensing of tectonic aerosol fluctuations in the laser strainmeter–interferometer tunnel during 2017.12–2018.05 at the Schultz cape (131°9′8″ E, 42°34′6″ N) near Vladivostok was performed for the first time to our knowledge. A negative correlation of laser interferometer and aerosol lidar signals was observed during low-frequency Earth crust deformations.

机译：在2017.12-2018.05期间，激光滤压器干涉仪隧道中的外枝状气溶胶波动的激光乐脉突出的舒尔茨斗篷（131°9'8“e，42°34'6”n）第一次对我们的知识进行了。在低频地壳变形期间观察激光干涉仪和气溶胶激光雷达信号的负相关。

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来源
《Bulletin of the Lebedev Physics Institute》 |2018年第7期|共4页
作者
S. M. Pershin; G. I. Dolgikh; A. F. Bunkin; M. Ya. Grishin; V. A. Zavozin; V. K. Klinkov; V. N. Lednev; V. S. Makarov; A. A. Plotnikov; A. V. Turin;
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作者单位

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Il’ichev Pacific Oceanological Institute Far-Eastern Branch of the Russian Academy of Sciences;

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Wave Research Center Prokhorov General Physics Institute Russian Academy of Sciences;

Space Research Institute Russian Academy of Sciences;

Il’ichev Pacific Oceanological Institute Far-Eastern Branch of the Russian Academy of Sciences;

Space Research Institute Russian Academy of Sciences;

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原文格式 PDF
正文语种 eng
中图分类物理学;
关键词
laser strainmeter; low-frequency deformations; remote laser sensing; lidar; tectonic aerosol;

机译：激光滤压器;低频变形;远程激光传感;LIDAR;构造气溶胶;

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专利

1. Correlation of Aerosol Scattering Lidar and Laser Strainmeter Signals during Earth’s Crust Deformations [J] . S. M. Pershin, G. I. Dolgikh, A. F. Bunkin, Bulletin of the Lebedev Physics Institute . 2018,第7期

机译：地壳变形过程中气溶胶散射激光器和激光拉筋器信号的相关性
2. Accumulation Times of Relative Deformations at the Earth's Surface in the Problem of Laser Deformation Forecast of Crustal Earthquakes [J] . G. I. Dolgikh, A. V. Mishakov Doklady Earth Sciences . 2012,第pta2期

机译：地壳地震激光变形预测中地表相对变形的累积时间
3. Recording of Deformation Anomaly of a Tsunamigenous Earthquake Using a Laser Strainmeter [J] . G. I. Dolgikh, S. G. Dolgikh, S. N. Kovalev, Doklady Earth Sciences . 2007,第1期

机译：使用激光应变仪记录海啸地震的变形异常
4. Application of laser strainmeters for study of the Earth crust microdeformations in the land-ocean transition zone [C] . E. D. Kholodkevich, V. V. Navrotsky Conference on Lasers for Measurements and Information Transfer . 2006

机译：激光菌株在陆海过渡区土壳微型研究研究中的应用
5. A comparison of Raman LIDAR signal estimation and smoothing methods and correlation between the Pierre Auger side scattering method for determining aerosol content in the troposphere. [D] . Coco, Michael B. 2012

机译：拉曼LIDAR信号估计和平滑方法的比较以及Pierre Auger侧向散射方法用于确定对流层气溶胶含量的相关性。
6. How Significant Are Differences Obtained by Neglecting Correlations When Testing for Deformation: A Real Case Study Using Bootstrapping with Terrestrial Laser Scanner Observations Approximated by B-Spline Surfaces [O] . Gaël Kermarrec, Jens-André Paffenholz, Hamza Alkhatib 2019

机译：在测试变形时忽略相关性有何显着差异：使用自举结合B样条曲面近似的地面激光扫描仪观测的真实案例研究
7. Strong Hydro‐Related Localized Long‐Period Crustal Deformation Observed in the Plate Boundary Observatory Borehole Strainmeters [O] . Zhou Lu, Lianxing Wen 2018

机译：在板边界天文台钻孔应变仪中观察到强大的水力相关的局部长期地壳变形
8. Laser Detection and Mapping of Biological Simulants III. Dichotomous SamplerMeasurements of Aerosol Concentrations as Related to Lidar Signals [R] . Ho, J., Evans, B. T., Roy, G. 1990

机译：生物模拟物的激光检测和绘图III。与激光雷达信号相关的气溶胶浓度的二分法采样器测量

Correlation of Aerosol Scattering Lidar and Laser Strainmeter Signals during Earth’s Crust Deformations

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