Not true. I've actually gained mass since my marriage.
In a more serious vein, an ion is an atom that is not electrically neutral due to the loss/gain of one or more electrons, usually in their outermost shell.
If an atom ionizes by shedding an electron, it losses an infinitesimally small amount of mass, while if it ionizes by acquiring an excess electron, it gains an infinitesimally small amount of mass.
The loss or gain of those electrons is temporary. The ion will not stay in this energetic state and soon picks up free electrons, or sheds the excess ones, to achieve a lower energy state. This produces radiation (Fraunhoffer radiation) usually in the visible spectrum. In any case, the change in atomic weight is negligible, as is the mass of an electron compared to the atom's nucleus.
I asked the manner in which you were using the term ionic field and you give me a bunch of disconnected factoids from the Mineoro web site.
Which none of them has anything to do with detecting gold.
Generated by continuous high tension positive or negative by sharp point. Normally around 800 to 900 volts. Other tensions are feasible.
I can see a hand held box creating this ionizing radiation, but how would buried gold accomplish the same?
- Ionic field by chemical flow in galvanization processes.
Gold is a noble metal. It doesn't take part in a galvanic process, unlike other more active metals like zinc.
- Other ionic fields generators for different purposes, so-called ionizators None of which would be found alongside buried gold.
I asked you for a simple explanation of this gold ionic field that is being detected and you throw mumbo jumbo back at me. Sorry Hung, but it doesn't wash.
01-08-2007, 10:53 AM
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