Examples of 'image intensifier tube' in a sentence
Meaning of "image intensifier tube"
image intensifier tube: This phrase refers to a specialized electronic device used in imaging systems to amplify low-light images or visuals. It is commonly utilized in night vision equipment, medical imaging tools, or surveillance technology to enhance and brighten dimly lit or faint images for better visibility
How to use "image intensifier tube" in a sentence
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image intensifier tube
Image intensifier tube with optimized electrical insulation.
The scintillator is coupled to the image intensifier tube.
The image intensifier tube operates in the visible.
Manufacturing process of a photocathode for an image intensifier tube.
The image intensifier tube is the heart and soul of a night vision device.
This includes having the image intensifier tube technology.
This technology is effected using a device generally known as an image intensifier tube.
The image intensifier tube comprises an input screen comprising a scintillator borne by an aluminium substrate.
The light is then sent to the image intensifier tube.
The front of the Image Intensifier Tube contains a photocathode which converts light into electrons.
The invention relates to a radiological image intensifier tube with a video output.
An image intensifier tube according to claim 1, wherein the substrate is made of aluminum.
The detection system according to the invention may be an image intensifier tube.
These different aspects entail the image intensifier tube having a particularly high weight and length.
The present invention relates to an input screen for a radiological image intensifier tube.
See also
The sensitivity of an image intensifier tube is measured in microamperes per lumen µA / lm.
The technology that makes night vision possible is called an infrared image intensifier tube.
More precisely, the image intensifier tube 2 is sensitive to ultraviolet radiation.
Having very low conductivity to limit the leakage current in the image intensifier tube.
An image intensifier tube as described in claim 1, in which the conductive layer is aluminium.
The specification had four main requirements that an image intensifier tube would have to meet.
At least one image intensifier tube coupled to a power supply and coupled to a processor ;.
In an image intensifier device, captured light is guided to an image intensifier tube.
An image of a surface of the image intensifier tube at one or more specified dates ;.
Disclosed is a method for the fabrication of an X-ray image intensifier tube.
Input screen for radiological image intensifier tube utilizing an anti-reflecting layer.
The present invention concerns a method for the fabrication of an X-ray image intensifier tube.
In a first set of methods, the image intensifier tube is encased with a magnetic shield.
B -- The use of a remanent luminescent tube at the output from the image intensifier tube.
X-ray image intensifier tube with circuit to compensate for the effects fo magnetic distortion.
The principle of a radiological or X-ray image intensifier tube is well known.
Microchannel image intensifier tube and image pick-up system comprising a tube of this type.
FIG . 6 is a partial and schematic view of an image intensifier tube according to a third embodiment.
In the X-ray image intensifier tube described in this publication, the primary screen is plane.
FIG . 3 a diagram of a radiological chain using an image intensifier tube according to the invention.
An image intensifier tube as described in claim 1, which is a radiological tube.
FIG . 3 schematically shows a preferred version of an image intensifier tube complying with this invention.
This X-ray image intensifier tube may have, alternately, an off state and an operating state.
The present invention relates to a vacuum jacket or envelope for an X-ray image intensifier tube.
Recording images of the image intensifier tube 110 is also useful for warranty purposes.
These values influence the useful lifetime of the image intensifier tube 110.
The image intensifier tube 2 is sensitive to the ultraviolet rays emitted by the scintillator 12 . 1.
This method can not be applied to every X-ray image intensifier tube and in every mode.
Image intensifier tube technology has evolved over the past 50 years through a series of “ generations . ”.
FIG . 1 is a sectional view of an image intensifier tube for night vision ;.
It is illustrated schematically in FIG . 1, by a sectional view of an X-ray image intensifier tube 1.
In FIG . 1 is represented in part such an image intensifier tube seen in section.
FIG . 1, already described, shows a prior art X-ray image intensifier tube with an electronic optical system ;.
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