You've done a lot of good work here. I suggest you make a video documenting and preserving your design. In the video, show how you transfer your working project to a schematic, and wrap it up, code and all, and put it somewhere. I like the idea of using Github as a repository for posterity. 😁 I would also suggest showing how you determine the correct resistance for limiting the current flow through the Geiger tube, and calibrating the circuit for a particular Geiger tube.
Really great project ,I think you could’ve used arduino code available online although coding it yourself sounds cool.Also you are way over kill on protecting yourself from that uraninite sample ,it is better to be careful but for a piece like that you don’t really need much protection besides a sealed plastic bag and gloves if you are handling it directly and that’s still kinda overkill .im a bit too relaxed maybe ,I don’t always wear gloves but I do make sure only to open the sealed containers outside as particles and radon are more dangerous than the radiation.Keep using the lead shielding more safety’s never bad ,it’s just overkill for me.
Neat work. I was wondering why you use an resistor at the negative pole of the sbt10a (Pin11). For sure you need them at all the positive ones (1-10), but why exactly do you use a resistor at the output pin?
Hey, did you have the schematic and codes? I works with ambiental radiation detection, and like to upgrade my ionization chamber and maybe build a geiger counter. Thank you
Alexandre Maquera I do not actually have a schematic because I built the circuit as ideas came into my mind, but I do have the code if you would like it. It might not be 100% debugged but I haven't encountered any problems with it so far. What would the best way for me to get the code to you?
If possible, can you please send me the code? matthewmoore7314@gmail.com And would it be possible to send me a list of the parts used? I'm guessing part of it is similar to this www.eeweb.com/blog/circuit_projects/555-timer-as-an-analog-to-digital-converter
Hi, I'm starting a research with radiation and I'm looking for a way to characterize the radiation types. Can your project make such a thing? My idea is build a device that is capable of detect radiation and distinguish them based on some particular aspect, like a signature, with most low budget possible. It's my final undergrad project.
Small cloud chamber with an image algorithm that determines the speed, energy, charge and other factors from the smoke trail. You might set up varying electric and magnetic fields in the corners to distinguish the particles as they pass through the zones.
You've done a lot of good work here. I suggest you make a video documenting and preserving your design. In the video, show how you transfer your working project to a schematic, and wrap it up, code and all, and put it somewhere. I like the idea of using Github as a repository for posterity. 😁 I would also suggest showing how you determine the correct resistance for limiting the current flow through the Geiger tube, and calibrating the circuit for a particular Geiger tube.
Can you please list the components use for this project
Really great project ,I think you could’ve used arduino code available online although coding it yourself sounds cool.Also you are way over kill on protecting yourself from that uraninite sample ,it is better to be careful but for a piece like that you don’t really need much protection besides a sealed plastic bag and gloves if you are handling it directly and that’s still kinda overkill .im a bit too relaxed maybe ,I don’t always wear gloves but I do make sure only to open the sealed containers outside as particles and radon are more dangerous than the radiation.Keep using the lead shielding more safety’s never bad ,it’s just overkill for me.
Neat work. I was wondering why you use an resistor at the negative pole of the sbt10a (Pin11). For sure you need them at all the positive ones (1-10), but why exactly do you use a resistor at the output pin?
Nice project, well done.
Another great video, keep it up! Also, I really enjoy the vacuum videos, will we have another update soon?
Very nice project
Very impressive great video!
could you link the arduino sketch, 555 circuitry, and how to attach the HV to it all.
nice
Well done mate. Do you run a logger?
yay a vid.
lincolndog I know, it had been a long time since I had made one... I have time right now on spring break.
Can you have an analog dial style counter on it?
are there libraries for audrino #include :P
Hi there do you have the source code you used? Thank you
Hey, did you have the schematic and codes? I works with ambiental radiation detection, and like to upgrade my ionization chamber and maybe build a geiger counter. Thank you
Alexandre Maquera I do not actually have a schematic because I built the circuit as ideas came into my mind, but I do have the code if you would like it. It might not be 100% debugged but I haven't encountered any problems with it so far. What would the best way for me to get the code to you?
If possible, can you please send me the code? matthewmoore7314@gmail.com
And would it be possible to send me a list of the parts used?
I'm guessing part of it is similar to this www.eeweb.com/blog/circuit_projects/555-timer-as-an-analog-to-digital-converter
Bagaimana Cara membuat alat seperti di atas?
Apa saja yang di butuhkan?
Hi, I'm starting a research with radiation and I'm looking for a way to characterize the radiation types.
Can your project make such a thing?
My idea is build a device that is capable of detect radiation and distinguish them based on some particular aspect, like a signature, with most low budget possible.
It's my final undergrad project.
Small cloud chamber with an image algorithm that determines the speed, energy, charge and other factors from the smoke trail. You might set up varying electric and magnetic fields in the corners to distinguish the particles as they pass through the zones.
@@Baigle1 Thank you very much.