CS>[Fwd: Re: CS>[Fwd: Advanced CS or Holy CS Batman]]
Robert,here is more. -- oozing on the muggy shore of the gulf coast l...@fbtc.net --- Begin Message --- Ken Seger wrote: > > Tai-Pan wrote: > > > Subject: Advanced CS or Holy CS Batman > -snip- > > After doing a lot of tests and constructing Current Density Tables have > > found that if the wetted electrode current is kept below > > 0.0107ma per mm2 (10.7ua per mm2) that the CS stays clear and no > > Floculation takes place until after power is removed. This equates to a > > true solution or particles under 1 mu (10-6 mm). mu=millimicron > >ma=milliamp ua= microamp mm=millimeter mm2=millimeter squared > -snip- > > In order to further enhance the potentiality of the CS ran a series of > > experiments to explore the capability of removing one or two or three > > electrons from the silver atom. This I could do with the *starved > > electrode*. > -snip- > > Let me see if I have this right. I measure the amperage on my > primary(I'm using a neon transformer), do a little math to figure the > amperage on the secondary(be conservative and assume no loss), figure > the surface area of my electrodes and then make sure my surface is > adequate to support less than 0.0107ma/mm2, right? If not add more > surface area - remeasuring the amperage of course. > > Can you tell me precisely what a *starved electrode* is? > > Thank you in advance - Ken S. Hi Ken, Thanks for message. I`m really backlogged, only 379 postings behind. :-) The current density tables were constructed for DC current. A starved electroded is created by slowly increasing series resistance until electrode potential is about 13% above the ionization voltage of the electron you are removing, (refer to ionization tables in a physics book). At this point the current will remain constant while the PPM will continue to rise. The solution will become saturated with ions and become very reactive. This way you can control how many electrons you are removing from the atom. That will determine the flocculation structure later, and the size and configuration of the resulting molecular atomic structure. Bless you Bob Lee -- oozing on the muggy shore of the gulf coast l...@fbtc.net -- The silver-list is a moderated forum for discussion of colloidal silver. To join or quit silver-list or silver-digest send an e-mail message to: silver-list-requ...@eskimo.com -or- silver-digest-requ...@eskimo.com with the word subscribe or unsubscribe in the SUBJECT line. To post, address your message to: silver-list@eskimo.com List maintainer: Mike Devour --- End Message ---
CS>[Fwd: Re: CS>[Fwd: Advanced CS or Holy CS Batman]]
Re-post by request. -- oozing on the muggy shore of the gulf coast l...@fbtc.net --- Begin Message --- Ken Seger wrote: > > Tai-Pan wrote: > > > Subject: Advanced CS or Holy CS Batman > -snip- > > After doing a lot of tests and constructing Current Density Tables have > > found that if the wetted electrode current is kept below > > 0.0107ma per mm2 (10.7ua per mm2) that the CS stays clear and no > > Floculation takes place until after power is removed. This equates to a > > true solution or particles under 1 mu (10-6 mm). mu=millimicron > >ma=milliamp ua= microamp mm=millimeter mm2=millimeter squared > -snip- > > In order to further enhance the potentiality of the CS ran a series of > > experiments to explore the capability of removing one or two or three > > electrons from the silver atom. This I could do with the *starved > > electrode*. > -snip- > > Let me see if I have this right. I measure the amperage on my > primary(I'm using a neon transformer), do a little math to figure the > amperage on the secondary(be conservative and assume no loss), figure > the surface area of my electrodes and then make sure my surface is > adequate to support less than 0.0107ma/mm2, right? If not add more > surface area - remeasuring the amperage of course. > > Can you tell me precisely what a *starved electrode* is? > > Thank you in advance - Ken S. Hi Ken, Thanks for message. I`m really backlogged, only 379 postings behind. :-) The current density tables were constructed for DC current. A starved electroded is created by slowly increasing series resistance until electrode potential is about 13% above the ionization voltage of the electron you are removing, (refer to ionization tables in a physics book). At this point the current will remain constant while the PPM will continue to rise. The solution will become saturated with ions and become very reactive. This way you can control how many electrons you are removing from the atom. That will determine the flocculation structure later, and the size and configuration of the resulting molecular atomic structure. Bless you Bob Lee -- oozing on the muggy shore of the gulf coast l...@fbtc.net -- The silver-list is a moderated forum for discussion of colloidal silver. To join or quit silver-list or silver-digest send an e-mail message to: silver-list-requ...@eskimo.com -or- silver-digest-requ...@eskimo.com with the word subscribe or unsubscribe in the SUBJECT line. To post, address your message to: silver-list@eskimo.com List maintainer: Mike Devour --- End Message ---
