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Discussion board help and admin topics => Half Baked Ideas => Topic started by: angelusnox3k on February 21, 2006, 01:29:49 AM
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Hello everybody,
A much shorter (and so less boring) version of my Plasma Experiments Video will be uploaded here: http://tinyurl.com/osmly (http://tinyurl.com/osmly) (should be done in about 2hrs after this msg.)
More (macrophoto) PICTURES are available at: http://tinyurl.com/ckdhd (http://tinyurl.com/ckdhd)
Enjoy it and all the best,
Marcus
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Wow Marcus,
what kind of high voltage source did you use for these
experiments ?
I also experimented a few years ago with burning water on the
surface, but I did just use DC where I did just get an ARC but not these
beautiful blue rings...
Does the indium produce gases, so that you can draw these long
arcs ? And what is the bismuth oxid for ?
Thanks.
Regards, Stefan.
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Awesome arcs Marcus, Looks like 30kv neon rectified to DC? (not even close is it) What is the solution made of?? Please tell us more, What are you trying to acheive with this??
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Thanks...
The circuit: http://home.no/ufoufoufoufo/links/mwlinks.htm (http://home.no/ufoufoufoufo/links/mwlinks.htm) and picture of it:
(http://static.flickr.com/33/90928203_5fb6973a0f_o.jpg)
With 24V input I can make HF-HV-DC which JUMPS a gap of about 10cm with as small spark then arcs continously. This is at least 100kv to my calc, and as much as 300kv on other peoples calcs....
I can DRAW the arc to about 17cm of lenght..... and it is brilliantly WHITE in coulor and when you get between it you feel NO shock (I can touch in the water while the arc is there!) but it will BURN you badly when you directly touch it.
The indium starts to glow as bright as the sun and it gives a purple color to the arc! Also there are small explosions which I dont know what it is. But the fumes/gases have nothing to do about the lenght of the arc!
The bismuth-oxide was creared by applying the arc to pure bismuth. I even evaporate the oxides which have meltingpoints of many thousand degress....
Also I want to show that the fumes bend along the magnetic field lines just like the sun with its corona/protuberances and its magnetosphere..
This all was not planes but all discovered by accident and just playing... just like any significant discovery?
This is pure tab water! The water looks that milky because there is many bismuth and other metals disolved it it after a while but the galaxy is there even in fresh water! Now I have to try destilized water...
Does anyone have any references to artificialyl created Suns or better Galaxies just like I have?
Marcus
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Hi Marcus,
well done.
Does the ferrite transformer include the diodes and the voltage tripler ?
So does it output DC or just the AC, if the voltage tripler is not included ?
Also Gleichstrom oder Wechselstrom ? Welche Spannung und Frequenz ?
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Hello!
The long, 28 minutes uncut version of my plasma-experiment is online at:
http://tinyurl.com/e8wnj (http://tinyurl.com/e8wnj)
it is a bit boring from times to times but from the middle I recorded some krewl music at least... ;c)
There you can also see how I touch the water while the plasma is ON: View video starting at 6 Minutes in Timeline!
Marcus
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Hi Marcus,
well done.
Does the ferrite transformer include the diodes and the voltage tripler ?
So does it output DC or just the AC, if the voltage tripler is not included ?
Also Gleichstrom oder Wechselstrom ? Welche Spannung und Frequenz ?
Hi Harti!
Thanks. Yes, the diode-tripler is included in the flyback. It is an ordinary new type flyback from a tv from the mid 90's.
So it puts out steady DC but it looks somewhat pulsed on the scope.
The driving side is a pure sinus of 5 uS between one peak and the next... so quite lower HF/RF-range.
What frequency is that? You are better at the calcs than me... ;c)
Marcus
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The ultimate goal is to create some type of MHD-generator which takes a elemental sample and "ionizes" it and then capture the charges which complete through an external circuit, driving a load. What I have in mind is very similar to the "k-capture" process but is different since this will be CLEAN nulear energy directly from the matter.
Well Plasma itself is 4th state matter! The other 3 being solid, liquid, gas of course...
Marcus
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Marcus, you seem to use 200 Khz frequency.
f= 1/t if t=5 us.
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Marcus, what is the ball ontop of the magnet inside the water ?
A steel ball ?
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Hi Marcus,
does the arc also burn under water ?
Or just above the water ?
Warum verschweisst Du das Indium mit dem Bismuth ?
Wie bekommt man da das grelle Licht und die extrem langen
Arcs ? Durch das Gas ?
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Marcus, what is the ball ontop of the magnet inside the water ?
A steel ball ?
NO! It was a NEO Mag-SPHERE, had no way else of supporting it in one place so I had to stick some other magnets as a "fuss" to it to prevent it from accidentally roling away.
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Hi Marcus,
does the arc also burn under water ?
Or just above the water ?
Warum verschweisst Du das Indium mit dem Bismuth ?
Wie bekommt man da das grelle Licht und die extrem langen
Arcs ? Durch das Gas ?
Stefan, schreibe ich so schlecht Englisch?
Das In macht das BiO3 zu einer schwarzen, glasartigen Substanz die mich an Tesla's "Buttons" erinnern und vielleicht auch mal solche werden sollen...
Ich hab das nur gezeigt weil man da sch?n sieht das das Partikel-Plasma (geladene Teilchen sind ein Plasma und kein Gas! Das ist der 4. Aggregatszustand!) sich entlang der Magnetfeldlinien biegt. Wobei die Feldlinien ALLEIN vom der Wechselwirkung der Plasmas miteinander kommen.
Die Arcs starten bei 7 bis 10cm (also ?ber 100kv) und ich kann sie strecken bis auf ungef?hr 17 cm. Das "Gas" hat NICHTS damit zu tun!
Die Helligkeit h?ng allerdings vom Stoff ab, den man da bearbeitet, ja! Indium-Nitrid wird auch in LEDs verwendet! In der Luft ist eine menge N vorhanden und vielleicht kombiniert sich ja auch was vom Bismuth mit dabei? Jedenfalls ist die resultierende "Sonne" aus dem Indium um etliches heller als die wenn ich nur Bismuth-Oxid verwende. Reines Bismuth wird erst mal nur fl?ssig ab 270 grad. Ab 400 grad entsteht Bismutoxid und ab 1800 grad verdampft dann das Oxid. Bei anderen Elementen sind die Temperaturen anders. Die Helligkeit h?ngt direkt von der Temperatur ab denke ich, also kannst Du am Bild auch sehen WIE HEI? das ist!
Ein St?ck Bergkristall auf einer Nadel ist auch so Hell wie unsere echte Sonne, da kann man nicht reingucken und ich habe mir selbst mir Schutzbrill die Augen kaputt gemacht ein bisschen bei diesem Experiment....
Marcus