collimator

Given that, lets consider your visual system, comprised of: An analog collimator (lens) sending focused analog signals (light)...

Specifically it introduces the concept of a multi-leaf collimator which serves as the main collimating device in modern radiotherapy.

Flux and energy resolution can be exchanged by changing the diameter of the gamma collimator and the operating mode.

You can use a tool called a collimator to boresight a rifle in the field, but it's only so effective.

Specifically, impacted systems are missing the full layer of lead tape in the collimator covers...

There's a final step at the end that turns the fluence maps into actual deliverable apertures shaped by the multi leaf collimator.

I find the idea exciting because I can imagine endless practical uses for an efficient collimator.

The patient was crushed between the movable treatment table and the collimator.

Basically, it's a collimator: it takes light going in all directions (eg from a lamp), and turns it into light all going in one direction.

A collimator [1] was probably in front of the film.

And were the Gamma ray sensors behind a collimator (basically lead plates with through-holes that only allow a very narrow angle of rays to be detected, e.g.

In practice, you might struggle to do it well, but in principle, it could be a gigantic image sensor with no lens but a collimator on each pixel.

Can anyone tell me if it's viable to use "collimator glasses" so eyes would be focused on infinity when using computer monitor?

Just to provide an example of this I ran into today: I'm doing a medical physics residency, and my supervisor was explaining that a new "fail-safe" incorporated into the software that reverted the collimator after every scan was now making the phototimer tests take twice as long, because we had to go back into the room and reset the collimator repeatedly.

We're excited to share the deep dive into our overhauled modeling and simulation engine at Collimator.

At Collimator.ai we built a differentiable modeling and simulation platform for dynamical systems on JAX (think Simulink but in the cloud and with Python+JAX instead of Matlab) in order to enable more efficient optimization, autotuning, MPC, neural network control, etc.