面向地质勘探的地震波遥感理论与技术研究

Terrain and geographical breadth in Xinjiang is rich in mineral resources. With the advancement of geological exploration, current exploration techniques on the ground exploration speed and efficiency remains low, the air remote sensing technology only played a supporting role through a broad spectrum of surface alteration information, lithology and texture information exploration. Laser has a short wavelength, detection sensitivity, high resolution, large Doppler frequency shift characteristics and large information of amplitude, frequency and phase is available. Research in the air gets targets weak vibration signal from the wide ground based on laser coding, laser Doppler interferometer, and sub-pixel energy detection technology. The large-scale seismic wave remote sensing theory will be proposed and developed, and research on key technologies of remote sensing detection of seismic waves. Exploration of high precision and high resolution seismic wave remote sensing to improve speed and efficiency is of scientific significance of seismic exploration, laying the foundation for the study of seismic wave remote sensing.

新疆地形复杂、地域宽广、矿产资源丰富，随着矿产地质勘探的不断推进, 目前的地面勘探技术勘探速度和勘探效率仍然不高，空中遥感技术是通过多光谱获得地面蚀变信息、岩性信息和纹理构造信息只起到勘探辅助作用。本课题结合激光波长短，探测灵敏度、测量分辨率高，多普勒频移大，可获得幅度、频率和相位信息信息量大的特点，以激光编解码、激光多普勒干涉和亚象素能量检测技术为基础，研究在空中获取宽阔地面目标的弱振动信号。从而提出和发展大范围地震波遥感理论并研究地震波遥感探测关键技术。探索高精度高分辨率地震波遥感，对提高地震勘探速度和效率具有科学意义，为深入研究地震波遥感奠定基础。

新疆地形复杂、地域宽广、矿产资源丰富，随着矿产地质勘探的不断推进, 目前的地面勘探技术勘探速度和勘探效率仍然不高。本课题结合激光波长短，探测灵敏度、测量分辨率高，多普勒频移大，可获得幅度、频率和相位信息信息量大的特点，以激光编解码、激光多普勒干涉和亚象素能量检测技术为基础，研究在空中获取宽阔地面目标的弱振动信号，从而提出和发展大范围地震波遥感理论并研究地震波遥感探测关键技术。对探索高精度高分辨率地震波遥感具有科学意义，为深入研究地震波遥感奠定基础。