How to get X-ray movie of a rose or in other words, typical day for physicist :)

Hello Today we will have complete new look ( get that ? :D ) to ordinary rose, only difference is, we will see that in completely different part of electromagnetic spectrum. each photon has 20000 times more energy than red light !
Music: www.bensound.com/

[@cda32]

Also, where do you get your x-rays from?

[@JimQuinn11794]

Yes, a make and model on the panel sensor would be nice.

[@Kilohercas]

www.hamamatsu.com/eu/en/product/type/C9732DK-11/index.html

[@JustinAlexanderBell]

Where did you get the sensor?

[@TeskesLab]

I want to know as well.

[@cda32]

Did you say that sensor costs 1 kidney? :P

[@Kilohercas]

yes i did :)

[@TheNeukyhm]

I would like to know about the false-color algorithm you are using.

[@Kilohercas]

simple. FIrst i have a range, between 0 and 16000. when i create RGB color array that has size of my sensor output (0-16000). when i just create gradianet between colors i want, so is RED, and 25% RED is zero, and green is full, and doing that full range, by selecting right colors.
Simple way is COLOR(X*15,X*5,X*35) and you will get some kind of gradient.

[@TheNeukyhm]

Thanks for the info, I'm using a custom algorithm I made considering a 3d space where the axis are R, G and B, and a modified spiral that goes from (0,0,0) to (255,255,255). Depending on the pixel brightness of the black and white input image, I pick a point of that spiral. The results I get are good but could be better, mainly because satuation of colors is a bit low.