Light and particle image intensifier

Claim 2

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge-coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photoelectrons; a pluality of storage areas for accepting from said sensing areas informatin relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; storage areas including means for allowing said storage areas to receive analog electrical signals from a source other than said sensing areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 3

The image intensifier claimed in claim 1 wherein said analog electrical signal source is said register areas.

Claim 4

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a pluraltiy of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 5

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a pluraltiy of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 6

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge-coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons; means for accelerating said photoelectrons toward said charge-coupled device; and a phosphor screen disposed between said photocathode and said charge-coupled device for emitting secondary photons as a response to said photoelectrons impacting said phosphor screen.

Claim 7

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge-coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons; means for accelerating said photoelectrons toward said charge-coupled device; and a phosphor screen disposed between said photocathode and said charge-coupled device for emitting secondary photons as a response to said photoelectrons impacting said phosphor screen.

Claim 8

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge-coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; a micro channel plate disposed between said photocathode and said charge-coupled device for receiving said photoelectrons and emitting toward said charge-coupled device secondary electrons, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for accelerating said secondary electrons toward said charge-coupled device; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 9

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said screen; a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a charge-coupled device, said photocathode being disposed between said scintillator screen and said charge-coupled device, said charge-coupled device intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; a micro channel plate disposed between said photocathode and said charge-coupled device for receiving said photoelectrons and emitting toward said charge-coupled device secondary electrons, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for accelerating said secondary electrons toward said charge-coupled device; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 10

The image intensifier claimed in claim 5, wherein said means for accelerating said secondary electrons is an electric field.

Claim 11

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said scintillator screen: a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons, said microchannel plate being disposed between said photocathode and said detection means, said means transmitting information relating to said presence, location and intensity to said data processing and video equipment; means for accelerating said photoelectrons toward said micro channel plate; and, means for accelerating said secondary electrons toward said detection means.

Claim 12

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a scintillator screen for intercepting said beam and for emitting photons as a response to the particles of said beam impacting said scintillator screen: a photocathode for intercepting said emitted photons and emitting photoelectrons in response to the impact of said emitted photons on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons, said microchannel plate being disposed between said photocathode and said detection means, said means transmitting information relating to said presence, location and intensity to said data processing and video equipment; means for accelerating said photoelectrons toward said micro channel plate; and, means for accelerating said secondary electrons toward said detection means.

Claim 13

The image intensifier claimed in claim 7 wherein said detection means comprises: a silicon diode target, said secondary electrons creating a charge in said target where said secondary electrons strike said target; an electron beam gun, said target being disposed between said micro channel plate and said electron beam gun, said electron beam gun scanning said target and passing information relating to the presence, location and intensity of said charges to said data processing and video equipment, and an electric field imposed across said target and said gun.

Claim 14

The image intensifier claimd in claim 7 wherein said incident beam comprises X-ray radiation.

Claim 15

The imge intensifier claimed in claim 7 wherein said incident beam comprises gamma-ray radiation.

Claim 16

The image intensifier claimed in claim 7 wherein said incident beam comprises atomic particles.

Claim 17

The image intensifier claimed in claim 7 wherein said incident beam comprises infra-red light.

Claim 18

The image intensifier claimed in claim 7 wherein said incident beam comprises ultraviolet light.

Claim 19

The image intensifier claimed in claim 7 wherein said detection means comprises: a photoanode; a scanning grid for scanning said secondary electrons by selectively and systematically allowing a portion of said secondary electrons to pass through said grid, said scanning grid being disposed between said micro channel plate and said photoanode; said photoanode passing to said data processing and video equipment information relating to the presence, location and energy level of said secondary electrons; and, means for accelerating said passed secondary electrons toward said photoanode.

Claim 20

The image intensifier claimed in claim 14 wherein said means for accelerating said passed electrons is an electric field.

Claim 21

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas is intercepting and detecting said photoelectrons; a pluraltiy of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; said storage areas including means for allowing said storage areas to receive electrical signals from a source other than said sensing areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 22

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas is intercepting and detecting said photoelectrons; a pluraltiy of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; said storage areas including means for allowing said storage areas to receive electrical signals from a source other than said sensing areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 23

The visible light image intensifier claimed in claim 16 wherein said electrical signal source is said register areas.

Claim 24

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; readout means for reading said informaton from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 25

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; readout means for reading said informaton from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 26

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons; means for accelerating said photoelectrons toward said charge-coupled device; and a phosphor screen disposed between said photocathode and said charge-coupled device for emitting secondary photons as a response to said photoelectrons impacting said phosphor screen.

Claim 27

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons; means for accelerating said photoelectrons toward said charge-coupled device; and a phosphor screen disposed between said photocathode and said charge-coupled device for emitting secondary photons as a response to said photoelectrons impacting said phosphor screen.

Claim 28

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; a micro channel plate disposed between said photocathode and said charge-coupled device for receiving said photoelectrons and emitting toward said charge-coupled device secondary electrons, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for accelerating said secondary electrons toward said charge-coupled device; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 29

A visible light image intensifier for processing a visible light beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the photons of said beam on said photocathode; a charge-coupled device for intercepting and detecting said photoelectrons and transmitting to said data processing and video equipment information relating to the presence and location of said photoelectrons, said charge-coupled device including: a plurality of sensing areas for intercepting and detecting said photoelectrons; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said photoelectrons; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and shielding means covering said storage and register areas for protecting said storage and register areas from said photoelectrons; a micro channel plate disposed between said photocathode and said charge-coupled device for receiving said photoelectrons and emitting toward said charge-coupled device secondary electrons, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for accelerating said secondary electrons toward said charge-coupled device; and means for accelerating said photoelectrons toward said charge-coupled device.

Claim 30

The visible light image intensifier claimed in claim 20 wherein said means for accelerating said secondary electrons is an electric field.

Claim 31

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the particles of said beam on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons and for transmitting information relating to said presence, location and intensity to said data processing and video equipment, said detection means including: a silicon diode target, said secondary electrons creating a charge in said target where said secondary electrons strike said target; and an electron beam gun, said target being disposed between said micro channel plate and said electron beam gun, said electron beam gun scanning said target and passing information relating to the presence, location and intesity of said charges to said data processing and video equipment, and an electric field imposed across said target and said gun; means for accelerating said photoelectrons toward said micro channel plate; means for accelerating said secondary electrons toward said detection means.

Claim 32

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the particles of said beam on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons and for transmitting information relating to said presence, location and intensity to said data processing and video equipment, said detection means including: a silicon diode target, said secondary electrons creating a charge in said target where said secondary electrons strike said target; and an electron beam gun, said target being disposed between said micro channel plate and said electron beam gun, said electron beam gun scanning said target and passing information relating to the presence, location and intesity of said charges to said data processing and video equipment, and an electric field imposed across said target and said gun; means for accelerating said photoelectrons toward said micro channel plate; means for accelerating said secondary electrons toward said detection means.

Claim 33

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the particles of said beam on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons and for transmitting information relating to said presence, location and intensity to said data processing and video equipment, said detection means including: a photoanode; a scanning grid for scanning said secondary electrons by selectively and systematically allowing a portion of said secondary electrons to pass through said grid, said scanning grid being disposed between said micro channel plate and said photoanode; said photoanode passing to said data processing and video equipment information relating the presence, location and energy level of said secondary electrons; and means for accelerating said passed secondary electrons toward said photoanode; means for accelerating said photoelectrons toward said micro channel plate; and means for accelerating said secondary electrons toward said detection means.

Claim 34

An image intensifier for processing a beam and providing to data processing and video equipment information needed by said equipment to construct and display the image conveyed by said beam, said image intensifier comprising: a photocathode for intercepting said beam and emitting photoelectrons in response to the impact of the particles of said beam on said photocathode; a micro channel plate for emitting secondary electrons in response to the reception of photoelectrons by said micro channel plate, the quantity of said secondary electrons being greater than the quantity of said photoelectrons; means for detecting the presence, intensity and location of said secondary electrons and for transmitting information relating to said presence, location and intensity to said data processing and video equipment, said detection means including: a photoanode; a scanning grid for scanning said secondary electrons by selectively and systematically allowing a portion of said secondary electrons to pass through said grid, said scanning grid being disposed between said micro channel plate and said photoanode; said photoanode passing to said data processing and video equipment information relating the presence, location and energy level of said secondary electrons; and means for accelerating said passed secondary electrons toward said photoanode; means for accelerating said photoelectrons toward said micro channel plate; and means for accelerating said secondary electrons toward said detection means.

Claim 35

The image intensifier claimed in claim 23 wherein said means for accelerating said passed electrons is an electric field.

Claim 36

A charge-coupled device for detecting particles and conveying to data processing and video equipment data necessary to permit said equipment to reconstruct and display an image conveyed by said particles, said charge-coupled device comprising: a plurality of sensing areas for intercepting and detecting said particles; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said particles; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and means for shielding said register and storage areas from atomic particles.

Claim 37

A charge-coupled device for detecting particles and conveying to data processing and video equipment data necessary to permit said equipment to reconstruct and display an image conveyed by said particles, said charge-coupled device comprising: a plurality of sensing areas for intercepting and detecting said particles; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said particles; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; readout means for reading said information from said register areas; and means for shielding said register and storage areas from atomic particles.

Claim 38

The charge-coupled device claimed in claim 25 wherein said storage areas include means for allowing said storage areas to receive electrical signals from a source other than said sensing areas.

Claim 39

The charge-coupled device claimed in claim 26 wherein said electrical signal source is said register areas.

Claim 40

A charge-coupled device for detecting particles and conveying to data processing and video equipment data necessary to permit said equipment to reconstruct and display an image conveyed by said particles, said charge-coupled device comprising: a plurality of sensing areas for intercepting and detecting said particles; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said particles; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; and readout means for reading said information from said register areas.

Claim 41

A charge-coupled device for detecting particles and conveying to data processing and video equipment data necessary to permit said equipment to reconstruct and display an image conveyed by said particles, said charge-coupled device comprising: a plurality of sensing areas for intercepting and detecting said particles; a plurality of storage areas for accepting from said sensing areas information relating to the location and presence of said particles; sensor to storage transfer means for transferring said information from said sensing areas to said storage areas; a plurality of register areas for receiving said information from said storage areas and for transferring said information to said data processing and video equipment; storage to register transfer means for transferring said information from said storage areas to said register areas; said storage areas including means for allowing said information to pass from said storage areas to said register areas nondestructively; and readout means for reading said information from said register areas.