1377129 Charge coupled devices RCA CORPORATION 5 Jan 1972 [14 Jan 1971] 28758/74 Heading H1K In a charge coupled device utilizing a first set of electrodes of polysilicon and a second set of electrodes of conductive material, each of the electrodes of the second set overlaps a polysilicon ...
Each charge coupled device corresponds to a primary color; so it has a separate sensor for red, green and blue. What this does is render the highest quality colors in the camcorder, instead of the washed out colors you usually see with camcorders that have only one CCD. ...
Charge-coupled devices (CCDs) are to be utilized as charged-particle detectors forρRand implosion symmetry diagnostics on OMEGA and NOVA. Using a large range of MeV charged particles, comprehensive studies have been performed on several back-illuminated CCDs in order to establish their utility for...
Charge-coupled devices charge-coupled image sensor charge-coupled memory charged particle Charged particle beams Charged particle optics charged species charged-current interaction charge-delocalized ion charge-density wave charge-exchange source charge-injection device charge-localized ion charge-mass ratio cha...
It consists of a chamber provided with two electrodes coupled to an electric potential. Gas ions created by the radiation are attracted to the respective electrodes of opposite charge, causing an electric current (called the ion current) to flow between the electrodes. The ion current is ...
This work arises from the need to better understand if the relevant functional properties imparted by MWCNTs to the iPP polymer can be simultaneously coupled with the desired photooxidative stability. The results here discussed highlight that the formulated nanocomposites are promising candidates for ...
3.The detector of claim 2, wherein the flat surface formed by aligning one equivalent surface of each light guide module coplanarly includes a scintillator material coupled thereto to form a charged particle detection surface. 4.The detector of claim 2, wherein each of the four independent ligh...
The image acquirer may be communicatively coupled to an electron detection device 240 of the apparatus 40 permitting signal communication, such as an electrical conductor, optical fiber cable, portable storage media, IR, Bluetooth, internet, wireless network, wireless radio, among others, or a ...
Because of the high quantum effi- ciency of the HMCjHISTE-I devices for electromagnetic radiation in tije long wavelength region (1:5 A :5 28 jJ.m), there have been restrlctions ll on their use. A program initiated by the authors focussed on working with Rockwell International Science ...
7. The microscope of claim 6, further comprising interconnects coupled to the collector segments for independently contacting each segment. 8. The microscope of claim 5, wherein the collector includes a CCD or CMOS cell. 9. The microscope of claim 1, wherein at least two layers of the ...