Dear Mijo, You wrote above, "Lewm, it is very easy to measure with a high voltage probe. Building
ESLs I just happen to have one. You are not arguing with me Lewm you are
arguing with scientific facts of life. All you have to do is get up off
your back side and do a little research instead of trying to convince
me I am wrong."
Do you mean to say that you are measuring static electric charge with a typical multimeter using a high voltage probe? Can't be done, but maybe you have a probe of a type I don't know about. If so, I'd like to buy such a probe. I use a 6kV probe on my Fluke meter when I am working on my Beveridge amplifiers, which drive the panel directly and develop +/-3200VDC. That probe is not suitable to measure a static charge.
I have owned nothing but ESLs since about 1971, including KLH9s, Quad 57s, Quad 63s, and various Martin-Logans. I currently own a pair of Sound Lab 845PXs. I wouldn't think of "building" an ESL panel, but I have done some repair and upgrades to my 845s. I also own a pair of Beveridge 2SWs, which incorporate a novel type of ESL panel. So, I know about ESLs.
Finally, as to your central statement, "You are not arguing with me Lewm you are arguing with scientific facts of life.", what are you talking about? I'd like to know what science I am denying, in your mind. I didn't know we had a conflict of that sort. All I know is that I have asked you to cite some evidence that a diamond stylus moving on vinyl is the base cause of static charge on LPs. I am open to the idea if you show me evidence, but I like the other 3 mechanisms I've described, and which others have described, better.
Here is the video that shows clearly that one does not need an inert gas atmosphere in order to observe that UV light of the proper intensity and wave length can discharge a static charge. It works quite well in room air. It's the photo-electric effect.
https://www.youtube.com/watch?v=ubkNGwu_66s
Do you mean to say that you are measuring static electric charge with a typical multimeter using a high voltage probe? Can't be done, but maybe you have a probe of a type I don't know about. If so, I'd like to buy such a probe. I use a 6kV probe on my Fluke meter when I am working on my Beveridge amplifiers, which drive the panel directly and develop +/-3200VDC. That probe is not suitable to measure a static charge.
I have owned nothing but ESLs since about 1971, including KLH9s, Quad 57s, Quad 63s, and various Martin-Logans. I currently own a pair of Sound Lab 845PXs. I wouldn't think of "building" an ESL panel, but I have done some repair and upgrades to my 845s. I also own a pair of Beveridge 2SWs, which incorporate a novel type of ESL panel. So, I know about ESLs.
Finally, as to your central statement, "You are not arguing with me Lewm you are arguing with scientific facts of life.", what are you talking about? I'd like to know what science I am denying, in your mind. I didn't know we had a conflict of that sort. All I know is that I have asked you to cite some evidence that a diamond stylus moving on vinyl is the base cause of static charge on LPs. I am open to the idea if you show me evidence, but I like the other 3 mechanisms I've described, and which others have described, better.
Here is the video that shows clearly that one does not need an inert gas atmosphere in order to observe that UV light of the proper intensity and wave length can discharge a static charge. It works quite well in room air. It's the photo-electric effect.
https://www.youtube.com/watch?v=ubkNGwu_66s