Marinus Berghuis schreef:
> At 00:37 10/05/99 -0500, you wrote:
> >Hi Bill et al!
> >
> >I don't know if you meant the zeta potential comments as private so did
> >not repost to the list, however you make a good point. Colloids
> >apparently can hold a tremendous amount of electrical energy (zeta
> >potential) because of their large surface area.
> >
> Jerry and all,
>
> Schauberger to my knowledge was a water expert and may have played around
> with surface actents but I doubt it.
> He was a purist and knew water.
> I have all my life been interested in rivers and have spent many days and
> nights in and out of rivers, waterfalls, hot water, cold water and water
> laden with sulfuric acid.
> I have also noted a few phenomina that not many people are aware of and
> will give you some examples:
> When you go down a swift river swimming, I have always found my way back up
> again swimming without undue exertion but for rapids, I have had to get out
> and walk and note that fish have to do the same thing.
> I have also driven around with a large compass in the middle of the car on
> the floor and found that when crossing rivers, the compass needle alway
> points downstream violently denoting a magnetic component in running water.
>
Yes, I you are right.
If a dowsinger walks over a subterranean water stream or a river the dowsing
rod always bends downstream. The dowsingrods are bending until they are
parallel with the stream.
If you walk with dowsing rods downstreams on a river you can exactly see the
way of the stream.
> There is also the fact that water never flows in and even stream, it always
> pulses, the faster the stream the higher the wave pulse.
Yes, I think that's correct.
The faster the stream the dowsing rod bend angle becomes greater.
For example :
Stream : 5 litre/min. --> angle : 40 degrees
Stream : 10 litre/min. --> angle : 60 degrees
{snip}
> Signing off for today
>
> Greetings to you all
>
> REN
Regards,
WJ