If you could put that inside a diffusion cloud chamber to see if the electrons that are comming out are really particles ! (Because i would guess that X rays would excite the phosphorus too)
@freemanx2x Since this is a century old experiment that has been proven many many times over, I have no doubt that electrons are present outside the window. However, I really like your idea with the cloud chamber. I was planning on making a peltier type chamber in the next couple of months and was thinking about possible emitter sources. I think you hit the nail on the head! Ill try to make a video on that.
my friend said that in order for this to work you would need two nozzles that shot out that were polarized so they would go straight but not run into each other and cause a giant blast in your face
I am building a very important invention that requires Lenard tubes and I need for the man who build this tube to get in touch with me . He will be very well paid for all the information on how to build the tube . My name is Angel and my e-mail is nicktesla45@yahoo.com This is very important for me and for the future of humanity !!
I am inventing a UFO propulsion system and I need Lenard Tubes for it !! I need for the man who made this video to get in touch with me , He will be very well paid for the Information on EXACTLY How to build a Lenard tube But with a large window with all specs provided My name is Angelo Flores and my e-mail is nicktesla45@yahoo.com
@NichtDieseTone Tesla's death ray was supposed to conduct an electric current through a spray of mercury droplets that he improperly called "mercury particles".
what happens if you up the voltage to say 60 000 000. that isn't a random number, that is a specific one. would it be possible to shoot out particles bigger than beta particles? could you potentially shoot say protons?
@Edrocks21 Providing modifications are made, CRT electron guns can be used. Most of the focus and deflection hardware should be removed and dont expect the filament to last too long after being exposed to the air. The electrons are emitted as a beam and the x-rays are shining almost 360 degrees from the entire tube assembly.
@clagwell hey when you get some time can I ask you a few questions about your work? I'm currently doing experimental research similar in concept and would greatly appreciate some conceptual wisdom
I just need help with the technologies "(Distilled Essence) from Micro-to-Macro , so I can become a master engineer of electricity and not putting lego-sets schematics from other people mindlessly like a robot
@NichtDieseTone did. kVa Effects had started with this idea as seen in one of their videos. I dont believe it totally incorporates Tesla's windowless tube design. More than likely its just a nozzle of high pressure argon attached to the top-load. Personally, I believe an ionized track created by a pulsed UV laser will enable a more effecient transfer of energy. Tesla proposed this idea as well; later to be intellectually stolen by Harry Grindell Matthews.
@NichtDieseTone I suppose if you build a pulsed system capable of handling 750kV (or more) at 500mA, It could work. The beam would probably incorporate visible Cerenkov radiation and become fairly diffuse as it extends out. Also, depending on how fast your pulse is, you will probably end up replacing your window with each shot.
@clagwell Quite honestly, I am done playing with this one. The X-Ray hazards are too much. At one point I measured output in the rads as opposed to millirads. Good lesson learned though; the particle accelerator will be using similar voltages so a shielding system has to be engineered.
Put this near an electrostatic generator and it will produce far more energy than this device uses.
TheMrTape 1 week ago
If you could put that inside a diffusion cloud chamber to see if the electrons that are comming out are really particles ! (Because i would guess that X rays would excite the phosphorus too)
freemanx2x 2 months ago
@freemanx2x Since this is a century old experiment that has been proven many many times over, I have no doubt that electrons are present outside the window. However, I really like your idea with the cloud chamber. I was planning on making a peltier type chamber in the next couple of months and was thinking about possible emitter sources. I think you hit the nail on the head! Ill try to make a video on that.
clagwell 2 months ago
Comment removed
freemanx2x 2 months ago
Comment removed
freemanx2x 2 months ago
bate particules are electrons??
Rubikorigami 4 months ago in playlist Autres vidéos de clagwell
what did you use to generate those voltages
imsmarterthanu007 7 months ago
How do you keep the chamber vacuumed
butterfingers8008 8 months ago
my friend said that in order for this to work you would need two nozzles that shot out that were polarized so they would go straight but not run into each other and cause a giant blast in your face
wolftamer117 10 months ago
Now all you need is a large piece of film & you can get X-ray pictures of your friends!
madjimms 1 year ago
I am building a very important invention that requires Lenard tubes and I need for the man who build this tube to get in touch with me . He will be very well paid for all the information on how to build the tube . My name is Angel and my e-mail is nicktesla45@yahoo.com This is very important for me and for the future of humanity !!
nicktesla45 1 year ago
I am inventing a UFO propulsion system and I need Lenard Tubes for it !! I need for the man who made this video to get in touch with me , He will be very well paid for the Information on EXACTLY How to build a Lenard tube But with a large window with all specs provided My name is Angelo Flores and my e-mail is nicktesla45@yahoo.com
nicktesla45 1 year ago
@NichtDieseTone Tesla's death ray was supposed to conduct an electric current through a spray of mercury droplets that he improperly called "mercury particles".
DevilMaster 1 year ago
If you cover the whole apparatus (except for the window) in lead, are you safe from X-rays?
DevilMaster 1 year ago
what happens if you up the voltage to say 60 000 000. that isn't a random number, that is a specific one. would it be possible to shoot out particles bigger than beta particles? could you potentially shoot say protons?
TheChemlife 1 year ago
hello I am from Poland. I do electronics circuts, but i have a non-science question. What music did you used. it is grat!
elektronik1111 1 year ago
can you use a cathode from an old CRT television? And does the particle beam let out electrons or x-rays into the atmosphere? Or both?
Edrocks21 1 year ago
@Edrocks21 Providing modifications are made, CRT electron guns can be used. Most of the focus and deflection hardware should be removed and dont expect the filament to last too long after being exposed to the air. The electrons are emitted as a beam and the x-rays are shining almost 360 degrees from the entire tube assembly.
clagwell 1 year ago
@clagwell hey when you get some time can I ask you a few questions about your work? I'm currently doing experimental research similar in concept and would greatly appreciate some conceptual wisdom
I just need help with the technologies "(Distilled Essence) from Micro-to-Macro , so I can become a master engineer of electricity and not putting lego-sets schematics from other people mindlessly like a robot
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Nicholas Ellis /sn1pe352
sn1pe352 8 months ago
@NichtDieseTone did. kVa Effects had started with this idea as seen in one of their videos. I dont believe it totally incorporates Tesla's windowless tube design. More than likely its just a nozzle of high pressure argon attached to the top-load. Personally, I believe an ionized track created by a pulsed UV laser will enable a more effecient transfer of energy. Tesla proposed this idea as well; later to be intellectually stolen by Harry Grindell Matthews.
clagwell 1 year ago
@NichtDieseTone I suppose if you build a pulsed system capable of handling 750kV (or more) at 500mA, It could work. The beam would probably incorporate visible Cerenkov radiation and become fairly diffuse as it extends out. Also, depending on how fast your pulse is, you will probably end up replacing your window with each shot.
clagwell 1 year ago
@clagwell Quite honestly, I am done playing with this one. The X-Ray hazards are too much. At one point I measured output in the rads as opposed to millirads. Good lesson learned though; the particle accelerator will be using similar voltages so a shielding system has to be engineered.
clagwell 1 year ago
Yeah, I'll be eagerly awaiting the Tesla death ray video.
teslacult 1 year ago
Another fantasic video. Thanks. Plus can't wait for the next particle accelerator video.
13baldjj 1 year ago
great video, gets me interested.
crob227 1 year ago