Предыдущая страница реферата | 1  2  3

Fig.1. The scheme of energy transformations in a new method of receiving of energy.

The calculations show, that the binding energy equal to 107,74 лeV and contains 10 components:

107,74 лeV = 54,9 + 20,35 + 13,35 + 8,23 + 4,84 + 2,84 + 1,62 + 0,87 + 0,48 + 0,26 (лeV).

Accordingly, the power influence on a proton should be carried out by quantums of energy and should be correspond to 10steps. As all elementary particles, on which the proton disintegrates, are unsteady, such scheme does not result in occurrence of residual substance at a final stage of energy transformations [12, 13]. It makes a method by ecologically clean. Other advantage of a new method is the high unprecedented output energy. As it is visible from the formulas for mass of a proton and from a relation (8), the specific energy more than in one a thousand times exceeds opportunities of atomic power and in dozens of times exceeds opportunities of thermonuclea synthesis, remaining at that by ecologically clean method. In this method the influence on nucleuses of atoms of hydrogen is carried out. The influence is carried out in a local zone of space at energy saturation of vacuum in medium of electro Яonductivity of a liquid. The method allows to receive thermal and electrical energy. The calculations show that energy coefficient is equal to K = 4,8 - 8,6. Consuming material is electrolyt. Consumption of electrolyt is 1 gramme on 2500 KW T hour of energy. When using of a electrolyt on a water basis the residual substance - oxygen will be formed. For the generator by capacity of 100 KW the eduction of O2 makes very insignificant quantity equal to 0,25 cub.m per one year.

The stated above approach usen idea of infringement of steadiness of a proton, can find application for utilization of various waste of manufacture in an industry and power. The influence on substance with the purpose of it destructurization can become the universal and effective tool of ensuring of ecological safety of manufacture and transformation of waste of manufacture into a thermal energy. It essentially changes a sight for existing types and classes of energy carriers and will allow to consider even dangerous waste as potential energy carriers.

REFERENCE

1. л.Jacob, P.Landshoff, Internal structure of a proton, UFN, vol. 133, pub. 3, 1981.

2. N. Kosinov, Emanation of substance by vacuum and law of genesis of structure, Physical vacuum and nature, N1, 1999.

3. N. Kosinov, Physical vacuum and gravitation. Physical vacuum and nature, N4, 2000.

4. N. Kosinov, Wireless transmission of energy, Idea. N2, 1994, p.g. 221 -227.

5. N. Kosinov, An origin of a proton. Physical vacuum and nature, N3, 2000.

6. Y. Zeldovich, The theory of vacuum can solve a problem of Яosmology, UFN, vol.133,pub.3, 1981.

7. N. Kosinov, Five Fundamental Constants of Vacuum, Lying in the Base of all Phisical Laws, Constants and Formulas, Physical Vacuum and Nature, ¦4, 2000.

8. N. Kosinov, Z. Kosinova, Connection of Gravitational Constant G and Planck Constant h, 51st International Astronautical Congress 2-6 Oct. 2000/Rio de Janeiro, Brazil.

9. A. Anisimov, Computer science. Creativity.Recursity, K., Naukova dumka, 1988.

10. N. Kosinov, Five universal physical constants, lying in the base of all fundamental constants, laws and formulas of physics , The sixth International conference ? Modern problems of natural sciences ¦, The program and theses.S.-Petersburg, August, 2000.

11. ю. Sacharov, Infringement of CP-invariancy, C - symmetry and baryonous asymmetry of the universe, The letters in GETF,vol.5, 1967, p.g.33-35.

12. N. Kosinov, V. Garbaruk, Vacuum origin of Electron , Physical vacuum and nature, N1, 1999.

13. N.Kosinov, V.Garbaruk ,Vacuum origin of Electron and Positron". Physical Vacuum and Nature, N4, 2000.

Скачали данный реферат: Чиркаш, Жириновский, Досифей, Нардин, Кая, Полищук, Konno, Severin.
Последние просмотренные рефераты на тему: объект реферата, семья реферат, темы докладов по обж, реферат загрязнение.



Предыдущая страница реферата | 1  2  3

Поделитесь этой записью или добавьте в закладки