On the basis of a size single plane array CCD (SPAC-1), we study and establish a digital aerial photogrammetry camera system, which adopts a “3+1”modular design method, i.e., three k k 9 9 × k k 2 2 × CCD modules for recording RGB band images and one CCD module for recording the panchromatic image. Every module has an independent optical system, with the same ground coverage obtained at the exp...

We present an experimental setup capable of performing a single-shot interferometric correlation of femtosecond pulses using two-photon conductivity in a standard silicon CCD camera. The method is demonstrated with 100-fs pulses at 1.4 microm.

An ultra-fast extreme ultra-violet (EUV) movie camera has been developed for imaging magnetic reconnection in the Caltech spheromak/astrophysical jet experiment. The camera consists of a broadband Mo:Si multilayer mirror, a fast decaying YAG:Ce scintillator, a visible light block, and a high-speed visible light CCD camera. The camera can capture EUV images as fast as 3.3 × 10(6) frames per seco...

A method for calibrating single scanline CCD cameras is described in this paper. We show that the more classical 2-D camera calibration techniques are necessary but not suflicient for solving for the 1-D camera calibration problem. We propose a model for single scanline cameras, and we provide a two-step procedure for estimating its parameters. We also show how the extrinsic camera parameters c...