CPU3rother
Then neither of us is going to have a desirable effect. You are talking about using concetrated light whit specifik wave-behavior and charge, also known as Laser.
But know this. Multiphoton interaction is MORE common in natur then singel photon interaction, that is the first reason why h2opower chose what he did. At this point i do not know if that have a direct explanation of why Meyer used red leds or if it was becouse it was available - i know that in that case, red leds was what Meyer could get hold of... but.
A Coherent Light Source can also be an led whit a specifick wave... right? So, since you have an open question about it ("i'm not surten approach to it") jump in and explaine WHY you think that the UV-C source is gona give me (and others) problems.
The UV-C source i might use is multiphotonization, exactly the same method h2opower use - the only difference is eV per photon. h2opower have an nm range of 410-700 i on the other hand have 100-280nm.
It all boils down to which photon energy that are going to interact (that is the moste important word here) whit the electron we ar focusing on - meaning how much energy recuired to eleongate it OR to remove it (ionize).
And according to everyone here, NO ONE KNOWS FOR SURE..
If i am wrong about that last part, correct me.
What i think everyone are doing right now whit photon ionization is a "good guess", nothing more. Even h2opower ones said; "if the leds doesent work, i can replace them whit ease."
I never said that 100-280nm was the right way to go, i only said that it is intersting becouse it have more eV per photon (or energy concentration). And we know what energy that are recuired IF we only whant to use photon ionization, i do, becouse i did the math on that part.
So, as a compensation for this, someone figured out Multiphotonization + Feild Ionization. I´m not saying that h2opower was the one and i am not saying that Meyer was the one to figure that one out, all i am saying is that someone did and that this should be an economical solution in opposite of using a 100-10nm source OR a Laser whit said ionization number (4).
But, to make it even harder to do this, think about this for a moment. Look at the image Tutanka provided from he's last post (the Gas Gun) and take notice HOW the order is done.. take a good look at it and compare that whit what i and h2opower have or are working on!
Cheers everyone!
I like your design! Only thing is I think h2o is right about the need for a coherent light source. Without it I think you will have to much destructive interference that will decrees the effectiveness. Wish I could say for sure.
But know this. Multiphoton interaction is MORE common in natur then singel photon interaction, that is the first reason why h2opower chose what he did. At this point i do not know if that have a direct explanation of why Meyer used red leds or if it was becouse it was available - i know that in that case, red leds was what Meyer could get hold of... but.
A Coherent Light Source can also be an led whit a specifick wave... right? So, since you have an open question about it ("i'm not surten approach to it") jump in and explaine WHY you think that the UV-C source is gona give me (and others) problems.
The UV-C source i might use is multiphotonization, exactly the same method h2opower use - the only difference is eV per photon. h2opower have an nm range of 410-700 i on the other hand have 100-280nm.
It all boils down to which photon energy that are going to interact (that is the moste important word here) whit the electron we ar focusing on - meaning how much energy recuired to eleongate it OR to remove it (ionize).
And according to everyone here, NO ONE KNOWS FOR SURE..
If i am wrong about that last part, correct me.
What i think everyone are doing right now whit photon ionization is a "good guess", nothing more. Even h2opower ones said; "if the leds doesent work, i can replace them whit ease."
I never said that 100-280nm was the right way to go, i only said that it is intersting becouse it have more eV per photon (or energy concentration). And we know what energy that are recuired IF we only whant to use photon ionization, i do, becouse i did the math on that part.
So, as a compensation for this, someone figured out Multiphotonization + Feild Ionization. I´m not saying that h2opower was the one and i am not saying that Meyer was the one to figure that one out, all i am saying is that someone did and that this should be an economical solution in opposite of using a 100-10nm source OR a Laser whit said ionization number (4).
But, to make it even harder to do this, think about this for a moment. Look at the image Tutanka provided from he's last post (the Gas Gun) and take notice HOW the order is done.. take a good look at it and compare that whit what i and h2opower have or are working on!
Cheers everyone!
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