Alexander A.Shpilman ( sah@nursat.kz )

Russian

Shielding Packing

In the article "The Simple "M-state" Elements Concentrators" the objects, sated by m-state elements, are offered to store in a shielding case. But the goffered aluminium foil, used in the design, is technologically difficult in manufacturing and in use. Besides this, it occupies large volume.

In the article "the Protection from axion fields radiations" (Russian) for shielding of "axion fields" is offered to use large electrical potential of positive polarity. This method can be used in the new design of a shielding case for storage of objects, sated by m-state elements. But instead of metal walls with the large voltage, we shall use the electrets pellicle - polymeric pellicle with the large internal, volumetric positive charge (see fig.1).

 

If you have no electrets pellicle you can make its analogue yourself (see fig. 2).

 

We put a polymeric pellicle 2 on a metal plate 1. We make a high positive voltage to an electrode 4 concerning a plate 1 such a way that on an edge of an electrode 4 the corona discharge (but not spark!) light up. Arising at the corona discharge positive charges will be injected deep into of polymeric pellicle.

Then pellicle 2 should be covered by a similar polymeric pellicle 3. A plate 1 we remove, and we get a laminate sandwich from two pellicles (it should be welded by heating). Of course, it is necessary to choose a polymeric pellicle with small outflow of charges.
If there is a problem with a source of a high voltage, it is possible to act even easier. We put a clean, dry silk fabric and polymeric pellicle. We should slightly rub them to each other. Then we cover a silk fabric on the other hand by polymeric pellicle and laminate this sandwich from three layers. A laminated silk fabric is ready.

Using such material it is possible to make easily a shielding cylindrical case for storage of sticks from colophony (rosin) or cornelian, charged by m-state elements (see A Place of POWER"). In a Fig. 3 the shielding cylindrical case in cross section is shown. Where: 1 - stick from colophony, 2 - celluloid pellicle, 3 - four layers of a polymeric grid, 4 - three layers of laminated silk, 5 - the iron case which thickness of the wall is not less than 0.2 mm.

 

The polymeric grid is intended for creation of an air gap between layers of laminated silk 3.

This method of shielding can be used for shielding "geofield" and many versions of the "axion field". If you make the electret fibre, it will be possible to weave the electret cloth and to make protective clothes for a man. This method will be effective if potential of a volumetric charge of the electret pellicle and fibre will be more than longitudinal energy of the "axion field".

 

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