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ENCYCLOPEDIA OF RADIO ELECTRONICS AND ELECTRICAL ENGINEERING Build a spring of living water. Encyclopedia of radio electronics and electrical engineering
Encyclopedia of radio electronics and electrical engineering / Home, household, hobby "Citrus fruits also bear fruit here, in the Far North. However, not in the tundra, but on the windowsills, with thorough care, requiring both top dressing and watering. For the latter, I heard that it is recommended to use not ordinary, but activated water. Tell me, dear editors : in what and how is it obtained? I. Chasovnikov, pos. Miner, Chukotka The answer to this and similar appeals of our other readers is the published thematic selection. BANK-ACTIVATOR Starting a series of experiments related to the selection of frost-resistant varieties of corn, I remembered the amazing properties of water treated with direct electric current. In particular, that the catholyte formed in the cathode zone has reducing (alkaline) properties and behaves truly like "living" water, in contrast to its antipode - anolyte, a kind of oxidizing agent, or "dead" water obtained in the anode region. Counting on the high biological activity of the catholyte, I decided to treat a handful of seeds with it before sowing in the soil that had not yet warmed up. "Living" water required quite a bit. But where is the "spring" from which it can be obtained? I found an exhaustive clue in the library files of the magazine "Modeler-constructor" for the past years (No. 12'83, 3'87, 3'96). And since I didn’t have a properly equipped home workshop, no parts recommended by the magazine, and no time to repeat any of the published developments, I whipped up the simplest water activator. This is a liter glass jar with two electrodes made of 44NKhTYu alloy lowered into it (you can use stainless steel table plugs), connected to the household network in series with a current-limiting lamp and a KD202Zh diode. A semi-permeable membrane and a short-term storage of "living" water, obtained at the cathode, was a segment of a canvas fire hose sewn from below.
Activation of water in such a device takes no more than eight minutes (excessive delay in the process threatens to boil). The resulting catonite is ready to be drained and used both for soaking seeds before planting them in the ground, and as a healing additive when watering plants. If simple water has an acidity of pH=7, then for "live" it reaches pH=10. It should be noted that the corn treated with catonite sprouted together, and two days earlier than usual on the control plot. Plants that periodically received a healing additive in the form of "living" water during irrigation, noticeably succeeded in growth, they formed full-weight cobs. In short, catonite from an activator can is good for everyone. The only pity is that it retains its amazing properties for only a week. Author: A. Gavadzyuk, postgraduate student of the Moscow Agricultural Academy ...AND WITH A MAGNET The water activator I developed consists of two half-liter plastic bottles of kvass glued together (their walls at the junction have a window measuring 170x5 mm, covered with a semi-permeable membrane), two submersible electrodes, a rectifier and a magnetizing device. The latter is a 3200-turn coil wound with PEV2-0,15 wire on a plastic sleeve 60 mm long and with an outer diameter of 6 mm. It is best to install such a magnetizer in the incision of a drain tube, which can serve as a rubber medical probe.
"Live" or "dead" water is taken in a siphon way through a drain tube lowered respectively into the cathode or anode half of the activator that has completed its work. The final product is the result of magnetization of the catholyte, which has reducing (alkaline) properties, or its acid antipode - anolyte, which does not stimulate, but rather inhibits the development of microorganisms and cells of living tissues. In any case, the membrane is a tarpaulin strip 180x10 mm in size, cut, for example, from a used protective glove, a fire hose, and even a frayed overalls of a gas-electric welder. As practice shows, it is the used tarpaulin that works best in the activator. It does not interfere with the process of formation and separation of bipolar ions during the passage of direct electric current through water and does not allow mixing of the catholyte with the anolyte when the activator is de-energized. One can judge the activity of "live" or "dead" water by litmus paper, the color of which in alkaline-acid media is probably remembered by many from school chemistry lessons. But at home, phenolphthalein, which forms the basis of purgen tablets, is more accessible for express analysis. A solution of such a tablet in a tablespoon of ordinary water gives a good liquid indicator. If you drop it into a spoon of catholyte, then by the instant reddening of the sample you can be sure of the activity of "living" water (after half a month of storage, the staining proceeds more slowly and in a less saturated color). If, however, a catholyte colored in this way is dropped into an anolyte sample and the indicator becomes discolored, then there is no doubt about the strength of the "dead" water. Literature
Author: A.Borisenko, Kaliningrad
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