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Nitrites – usually can be found in the water with lack of oxygen, as a nitrates recovery process output. This chemical reaction can be significantly accelerated by the presence of zinc, copper or iron. These are the metals used in production of water pipes or pumps. From this point of view, it is very important to pour off sufficient volume of water before using or sampling. From this point of view, it is important that a sufficient amount of water is always properly drained before using it or before taking a sample. Nitrite can be hazardous to health. The danger is that in the digestive tract nitrites can be transformed into so-called nitrosamines and alimentary methemoglobinemia, which are suspected of causing cancerous growth.

            - determine the water quality, cannot be processed.

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Nitrates – nitrates in small quantities presented almost everywhere on the Earth. Unfortunately, nowadays nitrates become a serious threat for all wells and boreholes because of nitrates usage in fertilization, waste water outflow from cesspools and digestion tanks, dungs etc. Nitrates are indirectly toxic, because in an intestinal tract under the effect of bacterial activity they reduce into nitrites, which cause alimentary methemoglobinemia. This disease is particularly virulent for nursing infants.

- determines the quality of water, cannot be filed down. The maximum permitted value for baby water totals 10 mg/l.

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Ammonium ions – are the indicators of potential water fecal contamination. Their excessive number together with nitrite sand with chemical oxygen demand may indicate fresh fecal contamination. The water must be disinfected, and then the new analysis should be conducted.

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Chemical oxygen demand (COD) – the value of CODMl indicates the presence of organic substances in water. Organic water pollution may have natural origin (for instance, from forests, peat-bogs as well as from animal or plant decomposition directly in the well) or artificial origin (for example, human activities – fertilization etc.). The second type is rather worse taking into account that toxic elements (e.g. pesticides, fertilizers) can get into the water.

Upon exceeding this parameter the well or borehole must be cleaned, then disinfected and a new sample for analysis has to be taken.

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Hydrogen ion concentration (pH factor) – does not define the water quality, it only affects the corrosion properties of pipelines; it does not affect the quality of water, it should be not less than 5 pH. 

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Conductibility – indicates salts amount contained in water, than less salts than it is better.  It is of no importance.

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Iron – may be removed by boiling, small increase of iron rate can be visually noticed (beware of corrosion), but does not significantly affect the quality of water. It is not significant from the point of view of the impact on health, it only deteriorates water taste and smell. 
At higher concentration it may cause problems while laundry (yellow spots). Upon noticeable deterioration of the water it cannot be used, and it also has bad sensory analysis. 

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Influence of dissymmetry at aqueous solution "Jodis-concentrate".

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I express my deep appreciation for your scientific innovation and non-standard solution of the problem.

We have received two bottles (0.5 l.)  of «Iodis-concentrate» for research from Prague. One bottle is for control purpose, another – for experimental (with assigned dissymmetry). The research was carried out on field mustard seeds on 21st of August, 2014.

According to the experience with optimized concentration biologically active iodine («Iodis»), the seeds (per 50 pieces) have been steeped in two types of water spray material for two minutes with subsequent transplanting into the boxes with equal ground. These boxes have been located in two meters from one another at the same optimal conditions.

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The experiment results

 Seedlings in the box with usage of dissymmetry water spray material (further - experimental box) appeared on the 3rd day; in the box with usage of control water spray material (further – control box) – seedlings appeared on the 4th day.

 On the 7th day occurred the domination of plants from experimental box approximately on 20%.

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Conclusions (of simple and convincing research)

   The influence of dissymmetry action on «Iodis-concentrate» water material spray during the standard seedbed preparation increases growing capacity and fastens vegetation phases of plants development.

   The upper mentioned influence, eventually, contribute to positive productivity and quality of final product.

   The experiment on grains of the wheat found out no difference in beginning development of plants, so, we continue our work.

   I've briefly described our experiment, because it's got the preliminary basis. Now, I'd like to characterize the impact mechanism.

   «Iodis-concentrate» - it is a water based associate, where water molecules connected with polyatomic iodine ions (mostly predominate I+3 и I+5 ) with a strong oxygen linking. In simplified form it looks like this scheme (water molecule has got four poles):