CCD B

CCD V

CCD R

CCD I

Set the target CCD chip temperature.

From the right imager we might see black, black.

It's a nanomaterial, two nanomaterials, a detector and an imager.

Over here we call it x1 for the first imager.

Over here we call it x2 for the second imager.

We also have Dave Hackenberg, who is the poster child of CCD.

i want to see it. well, the imager was damaged, sir.

So she, being an imager and a physicist, did this incredible thing.

That is, an object over here might appear left of the object over here in the left imager but right of the object over here in the right imager.

Then the occlusion boundary of this object as viewed from the right imager is different from the occlusion boundary of the same object as viewed from the left imager.

the rangers are en route with the imager, but we also have a security issue.

There's also a lot of occlusion gaps where the original imager wasn't able to see anything.

A fundamental limitation of a pinhole camera is that only very few rays of light hit the plane of the imager.

We have an imager of a certain size and like to calculate just the average brightness of all the individual image pixels.

Ever better instruments is, including CCD arrays and computers, enable us to get much higher quality of data and much more data than we ever had before.

This ball over here reflects the ceiling lights, and obviously, where the ceiling lights are being reflected is a function of where an imager is positioned.