Since 2014
“Artificial Rainmaking by using high power laser initiation endothermic reaction, in a way of Natural Lightning Phenomena through Air Craft, in a large scale, in the atmosphere”
Journal of Business Management & Economics
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| Title |
“Artificial Rainmaking by using high power laser initiation endothermic reaction, in a way of Natural Lightning Phenomena through Air Craft, in a large scale, in the atmosphere”
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| Creator |
Chopkar, Shivshankar K.; Shri Sant Gajanan Invention and Research Center, Shegaon
Chakrabarty, D.K.; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) Dhone, A.B.; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) Vakharia, J.J.; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) Gangakhedkar, K.R.; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) Kharate, R.M.; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) Naik, Kiran; Shri Sant Gajanan Invention and Research Center, Shegaon – 444203(M.S.) |
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| Description |
After lightning, precipitation is formed by endothermic reaction and ionization process in the atmosphere, it is well known process. These same natural lighting phenomena occur in the atmosphere by high power laser which creates artificial lightning. We intend to create artificial rain by initiating endothermic reactions in the cloud using high power laser pulse which creates artificial lightning through Air Craft.Natural Lightning Phenomena, practically proved in the laboratory, as high power laser induce condensation & water drops formation and also observed NO & O3 formation after laser which is endothermic reactions. It is well known that, in the laboratory, high power laser induce condensation and water drops are formed. This novel technology also proved in the atmosphere, “Laser assisted water drops formation in the atmosphere”. Now, it’s used in large scale in the atmosphere by three air craft with high power laser which creates artificial lightning, proposed in this Research Project ProposalIn the atmosphere ,after lightning ,heavy rain fall occurs .In lightning phenomena condensation takes place by initiating endothermic reactions and water drops formed ,these water drops collide with each other due to acceleration and turbulence by wind force to form big rain drops ,these rain drops act as natural seeding for another sets of rain drops . In this way, chain process occurs with heavy rain fall.Above lightning phenomena, may be used for artificial rain making by using high power plasma laser pulse (Technology available in market) in the atmosphere, through Air Craft’s (available in Market).The advantage of this method is, it is environmentally clean, one time investment so it is economical, can be turned on and off at will, and can be precisely positioned. It will be movable one place to another place easily. It will be used no’s of times and no’s of places, It is one time investment only .Our aim is to create artificial rainmaking by high power laser pulse which creates artificial lightning in the atmosphere, at any place, at any time, as per our human need, for green revolution, in the whole world, If the humidity more than 65% available in the atmosphere. In this proposal, we are presenting “To Design Artificial Rainmaking by using High power laser initiation endothermic reaction, in a way of Natural Lightning Phenomena through Air Craft, in large scale, with needful quantity in the atmosphere”.* International Publication Patent No -- WO/2008/062441 and Revised International Application No.PCT/IN2017/000105Indian Patent Number – 238000 and Revised Indian Patent File Number 201721008920
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| Publisher |
Journal of Business Management & Economics
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| Contributor |
—
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| Date |
2017-07-31
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| Type |
info:eu-repo/semantics/article
info:eu-repo/semantics/publishedVersion — |
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| Format |
application/pdf
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| Identifier |
http://innovativejournal.in/jbme/index.php/jbme/article/view/262
10.15520/jbme.2017.vol5.iss7.262.pp26-35 |
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| Source |
Journal of Business Management & Economics; Vol 5, No 7 (2017); 26-35
2347-5471 10.15520/jbme.2017.vol5.iss7 |
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| Language |
eng
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| Relation |
http://innovativejournal.in/jbme/index.php/jbme/article/view/262/pdf_141
10.15520/jbme.2017.vol5.iss7.262.309 |
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