EXPERIMENTAL RESEARCH OF HETERODYNE DETECTION SPECTROSCOPIC IMAGING FOR ORGANISM

1.利用可调谐激光器的光外差探测方法和改进的干涉仪，可以发展出高动态范围的光谱吸收测量方法; 2.利用改进的高动态范围光外差探测方法和改进的光学共焦装置，可以发展出高空间分辨率的成像技术。3.利用基于光外差探测方法的偏高动态范围光谱吸收测量方法，可以测量测试目标以及树叶、鸡等生物体的散射样品透过散射介质的光谱吸收特性和光谱成像。

1.we can deveroped the high dynamic range spectroscopic absoption measurement method based on the optical heterodyne detection method and a improved interferometer using a tunable laser.2.we can deveroped the high space resolution imaging technique using the deveroped high dynamic range optical heterodyne detection method and the deveroped optical confocal equipment. we can measured a high space resolution imaging of the sample.3.we can measured the spectroscopic absoption characteristics and the spectroscopic-imaging of the scattering sample of the test target through the scatterng media and also the organism of a leaf and a chicken and the others using the deveroped high dynamic range spectroscopic absoption measurement method based on the optical heterodyne detection method.