Dear Mr. Sapunov-
What would be of great interest to some experimenters including myself, many
of whom have little knowledge of chemistry but much more experience with
electronics, would be to learn the formula for preparing the solution of
free radicals involved in the Overhauser magnetometer. There is some general
information about this in the literature, including references to the
nitroxide radical "Tempone", etc., but most of us don't know whether there
are safety problems, stability problems, or other important issues in
preparing the solution.
Alternatively, if the specific formula is proprietary, possibly you could
prepare and offer for sale to experimenters the solution in sealed bottles of
a size and shape appropriate to the magnetometer application. Perhaps these
bottles should be made from teflon. I think some of us would not object to
paying $50 or even $100 for such a bottle.
What do you think of this possibility?
John Gerig
Marco Island, Florida USA
[email protected]
In a message dated 12/21/00 4:14:54 AM Eastern Standard Time, [email protected]
writes:
>
What would be of great interest to some experimenters including myself, many
of whom have little knowledge of chemistry but much more experience with
electronics, would be to learn the formula for preparing the solution of
free radicals involved in the Overhauser magnetometer. There is some general
information about this in the literature, including references to the
nitroxide radical "Tempone", etc., but most of us don't know whether there
are safety problems, stability problems, or other important issues in
preparing the solution.
Alternatively, if the specific formula is proprietary, possibly you could
prepare and offer for sale to experimenters the solution in sealed bottles of
a size and shape appropriate to the magnetometer application. Perhaps these
bottles should be made from teflon. I think some of us would not object to
paying $50 or even $100 for such a bottle.
What do you think of this possibility?
John Gerig
Marco Island, Florida USA
[email protected]
In a message dated 12/21/00 4:14:54 AM Eastern Standard Time, [email protected]
writes:
>