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[KEEPING THE ELECTRON-DONOR PROPERTIES OF DRINKING WATER]
Gigiena I Sanitariia
|August 26, 2015
Summary
Hypomagnetic treatment of drinking water stabilizes its activated state by altering water nano-associates. This process enhances long-term biological activity through unique gas reservoirs and electron-donor properties.
Area of Science:
- Physical Chemistry
- Materials Science
Context:
- Investigating structural-physical changes in associated water.
- Exploring the effects of hypomagnetic conditions on water treatment.
Purpose:
- To experimentally evaluate long-term structural-physical changes in drinking water treated under hypomagnetic conditions.
- To determine the mechanisms of hypomagnetic treatment's impact on water's catalytic properties and activated state stability.
Summary:
- Hypomagnetic treatment retains ortho/para water isomers using triplet oxygen as a catalyst.
- Nano-associate analysis revealed denser packing of amorphous ice-VI, forming gas reservoirs.
- These reservoirs create high pressure, stimulating gas-phase reactions and oxygen dimers/trimers formation.
Impact:
- The process enhances drinking water's long-term biological activity.
- Maintains water's electron-donor ability and electrically non-equilibrium state.
- Provides insights into water's catalytic properties and activated state stability.
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