1. A charge-coupled device in which the potential wells are created at the semiconductor insulator interface and the charge is transferred along that interface.

2. A charge-coupled device, in most applications, translates light into an electronic signal.

3. The technical scheme for implementing the back-illuminated charge-coupled device by thinning the substrate of a conventional charge-coupled device chip is studied.

4. The performances of the realized back - illuminated charge-coupled device module are analyzed and discussed.

5. CCD (charge-coupled device) has to work in the non-saturation area of the photoelectric conversion characteristics in the temperature measurement by two-color thermometry based on color CCD.

6. Camera sources today are overwhelmingly based on either charge-coupled device ( CCD ) or CMOS technology.

7. This paper proposes a new method for estimating the equivalent focal length of digital camera (DC) charge-coupled device (CCD) to the traditional optical camera.

8. In this paper a capillary electrophoretic setup with multi-wavelength laser-induced fluorescence detection, made up of charge-coupled device detector, argon ion laser etc. , is described.

9. A non-scanning, non-interferometric, three-dimensional (3D) optical profilometer based on geometric optics, critical angle principle, and the use of a charge-coupled device (CCD) camera is presented.

10. The 2009 Nobel Prize for Physics went, in part, to the inventors of the charge-coupled device George Smith and Willard Boyle this week.

11. An on - line real - time measurement system based on linear array CCD ( charge-coupled device ) technique was introduced.

12. The principle of operation, structure and characteristics of 150-element buried channel charge-coupled device with a photodiode array (BCCPD) are reported.

13. The other half of the prize is shared by Willard Boyle and George Smith of Bell Laboratories in Murray Hill, N. J. , for work that led to the charge-coupled device, or CCD.

14. Unsaturated images of large area dispersed argon plasma are captured by an intensified charge-coupled device(ICCD) equipped with a narrow-band interference filter.

15. A new optical system for real-time pattern recognition is presented, which mainly consists of a laser diode, an acoustooptic device with multi-transducer, a charge-coupled device and optical lenses.