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    • 4. 发明授权
    • Methods and apparatus for taking spectroscopic measurements of sediment
layers beneath a body of water
    • 用于对水体下面的沉积层进行光谱测量的方法和装置
    • US5604582A
    • 1997-02-18
    • US395515
    • 1995-02-27
    • Donald C. RhoadsChristopher CoyleRoger WardGregory MooradianRichard Anderson
    • Donald C. RhoadsChristopher CoyleRoger WardGregory MooradianRichard Anderson
    • E21B47/00G01N21/31G01N21/64G01V8/02G01N21/27
    • G01N21/6456G01J3/2823G01N21/31G01N2021/6419G01N2021/6423
    • A spectrometer system includes a processing center, an underwater remote sensor and a communication link coupled therebetween. The sensor is deployed to at least partially penetrate a sediment layer disposed beneath a body of water. The sensor includes a window defining a sediment window plane through which a profile of the sediment layer is observable and a camera, an image plane of which is a conjugate of the window, the camera imaging light from objects in the sediment window plane to generate imagewise data, the imagewise data being transmitted over the communications link to the processing center. The sensor also includes at least one removable cell disposed in the sediment window plane, each removable cell being comprised of a transparent solid material having a void therein, the void in each removable cell for holding a standard material corresponding to the respective removable cell. The sensor further includes a camera filter device having at least one camera filter. Each camera filter is characterized as passing radiant energy within a corresponding emission band of camera wavelengths, the camera filter device being controllable to select a current camera filter. The sensor further includes an illumination source to produce radiant energy and an illumination filter device having at least one illumination filter. Each illumination filter is characterized as passing radiant energy within a corresponding illumination band of wavelengths. The sensor further includes a blocking filter device having at least one blocking filter, each blocking filter being synchronously coordinated with a corresponding illumination filter to block light in the illumination band from reaching the camera.
    • 光谱仪系统包括处理中心,水下远程传感器和耦合在其间的通信链路。 传感器被部署以至少部分地穿透设置在水体下方的沉积物层。 该传感器包括一个窗口,其界定了可观察到沉积物层的轮廓的沉积物窗平面,以及一个摄像机,其图像平面是窗口的共轭,来自沉积物窗平面中的物体的照相机成像光,以产生成像 数据,图像数据通过通信链路发送到处理中心。 该传感器还包括设置在沉积物窗平面中的至少一个可拆卸电池,每个可拆卸电池由其中具有空隙的透明固体材料构成,每个可移除电池中的空隙用于保持对应于可移除电池的标准材料。 传感器还包括具有至少一个相机滤光器的相机滤光器装置。 每个相机滤镜的特征在于在照相机波长的相应发射频带内通过辐射能,照相机滤波器装置可控制以选择当前的相机滤镜。 传感器还包括产生辐射能的照明源和具有至少一个照明滤光器的照明滤光装置。 每个照明滤光器的特征在于在相应的波长的照明带内通过辐射能。 传感器还包括具有至少一个阻塞滤波器的阻塞滤波器装置,每个阻塞滤波器与相应的照明滤波器同步协调,以阻挡照明带中的光线到达照相机。