I talk about the realization of electronics, look at the montages proposed by meyer in his patents and we will talk about it again after ^^
[quote = dedeleco] because functional lasers on picoseconds have been using this kind of charge pump for a long time. [/ quote]
Do you have a link or a diagram?
To finish with Stanley Meyer ...
One example among thousands with google laser nitrogen:
http://en.wikipedia.org/wiki/Nitrogen_laser
http://en.wikipedia.org/wiki/TEA_laser
http://rmf.smf.mx/pdf/rmf/39/3/39_3_0396.pdf
Blumlein circuit
http://en.wikipedia.org/wiki/Blumlein_transmission_line
http://rsi.aip.org/resource/1/rsinak/v6 ... horized=no
http://www.youtube.com/watch?v=b8ftPfdFN1M
old explanations:
http://jossresearch.org/2011/05/16/your ... -blumlein/
http://jossresearch.org/2011/11/16/a-ch ... marx-bank/
and many more :
https://www.google.fr/search?num=100&hl ... ggD9cySkUM
http://en.wikipedia.org/wiki/Nitrogen_laser
http://en.wikipedia.org/wiki/TEA_laser
http://rmf.smf.mx/pdf/rmf/39/3/39_3_0396.pdf
Blumlein circuit
http://en.wikipedia.org/wiki/Blumlein_transmission_line
http://rsi.aip.org/resource/1/rsinak/v6 ... horized=no
http://www.youtube.com/watch?v=b8ftPfdFN1M
old explanations:
http://jossresearch.org/2011/05/16/your ... -blumlein/
http://jossresearch.org/2011/11/16/a-ch ... marx-bank/
and many more :
https://www.google.fr/search?num=100&hl ... ggD9cySkUM
Last edited by dedeleco the 08 / 06 / 12, 16: 59, 1 edited once.
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Again you answer aside (but we are used to it) by wanting to spread knowledge that you do not have.
Where are the charge pumps to generate the high voltage, that's what we're talking about here.
On these laser assemblies, the very short pulse is caused by a DC voltage which is made to rise very high (by charge pump why not), until the breakdown between 2 electrodes.
But in this scenario we have all the time we want to raise the DC voltage, and above all, there is no load on the power supply so the voltage can rise easily until breakdown.
On the meyer assembly, the voltage cannot go very high because even with the purest water possible the conductivity is not zero between the 2 electrodes, and current starts to flow, which prevents the voltage from ascend.
Where are the charge pumps to generate the high voltage, that's what we're talking about here.
On these laser assemblies, the very short pulse is caused by a DC voltage which is made to rise very high (by charge pump why not), until the breakdown between 2 electrodes.
But in this scenario we have all the time we want to raise the DC voltage, and above all, there is no load on the power supply so the voltage can rise easily until breakdown.
On the meyer assembly, the voltage cannot go very high because even with the purest water possible the conductivity is not zero between the 2 electrodes, and current starts to flow, which prevents the voltage from ascend.
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This sentence
shows a Basque misunderstanding, because on pure water the tension has the time to go up very high on a very short time before slamming.
I put an example with water more than a year ago but you have not read it and it takes time to find, what you can do like me, on econology between fusion and Z pinch .
nlc wrote:
On the meyer assembly, the voltage cannot go very high because even with the purest water possible the conductivity is not zero between the 2 electrodes, and current starts to flow, which prevents the voltage from ascend.
shows a Basque misunderstanding, because on pure water the tension has the time to go up very high on a very short time before slamming.
I put an example with water more than a year ago but you have not read it and it takes time to find, what you can do like me, on econology between fusion and Z pinch .
0 x
You're really a joke
Have you already at least moved your hands more than 10 cm from the keyboard of your PC to do real and concrete experiments?
Proof that your examples are only things that you find here and there on the net, that very often you do not even understand, and not your own experiments.
Experiment a little with the Meyer technique on "pure" water, then we discuss it again
Have you already at least moved your hands more than 10 cm from the keyboard of your PC to do real and concrete experiments?
dedeleco wrote:I put an example with water over a year ago but you haven't read it and it takes time to find
Proof that your examples are only things that you find here and there on the net, that very often you do not even understand, and not your own experiments.
Experiment a little with the Meyer technique on "pure" water, then we discuss it again
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I had put a thesis article on water as a capacity, instead of calling myself funny, make the effort to find this thesis, on econology, among the many references that I put and that you do not read .
Meyer probably did not do this, but pure water is a very good insulator, just before the breakdown occurs, which requires a long nucleation time compared to nanoseconds.
Meyer probably did not do this, but pure water is a very good insulator, just before the breakdown occurs, which requires a long nucleation time compared to nanoseconds.
0 x
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