The basic theory for a long time has been in artic weather ships decks ice over. Mainly due to salt water on them and the left over water along with the breeze and snow. As such, how would one create a deck that could not be iced over?
One basic way to do it would be to create a floor board that has some kind of motor that can break up the ice when it is iced over. However, in extreme cold machines and working is difficult along with that if it malfunctions when somebody is on it folks would get hurt so that one is out.
Then we see chemicals like salt usually help with de icing, probable not artic ice though. So we then think we need something stronger.
The idea that a ships deck is going to ice over it will just ice over is a weak lacky point of view. In a real scientst point of view, they could find the code for the icing over and then break it down to weaken it so that it does not ice over. For example, the ability of the cold from air to generate heat from my basic cold thermal molecule structure found in the codes of artic deep sea fish and molecules that have a bi polar reaction to the cold that heat up when cold. This then applied in a massive scale could then project heated salt water onto the deck to heat the decks in a fast manner and help to then de ice in a faster manner than men having to pick at it. The pressure then could come from the actual weight of the ship on the water which could create a reaction that would pressurize the water. However, it could not be to high to kill decks. Along with this a proper premptive maintaince as much as possible would be a great idea.
Then again if a deck is in the swallows and completely about to sink via the weight more water on the deck plus the probablity of the cold weather generator working is low so that is out.
I mean what, are we not smarter than snow?
Another thing we could use would be a chemical reaction. This then would have to be properly tested not to spook the prey by smell or scent from the cages or lines. As such, the idea would be a deck created by a molecular structured enzyme that when placed at a certain temperature peremates a chemical that is resistant to snow, ice or freezing. This then has been done in many applications for other things, in which I can't think of as I have been out of the construction field for many years. However, the idea is that the deck itself is the solution. Currently decks are made from everything from metal to wood. This then could be a problem as most folks can't afford to redue their decks, as it is major money. Therefore, a thin layer applied every so often onto the decks could actually cause as a sort of inbetween from the root solution which is a structured deck. As such this thin layer could be created to last as long as one to two seasons depending on how cold the weather got and how fast the deck was able to permeate. Therefore, as salt as the natural chemical property to stop the freezing over of decks and then sinking of ships in freezing water. I would start there. As it would be most possible that an elevated salt enzyme placed in a proper formate of molecurar release when the deck freezes or gets to a proper level where snow or ice starts to build up, it could release the enzyme and then start to burn out of the ice or snow which would not harm the humans nor fishing equipment from scent or smell of the prey..
As such I have created an outline to stop shipps from sinking in the antartic. The levels would have to be high to cut back on the snow, as it builds up very fast, therefore, the system itself might need to be pretty deep. Along with that it should still hold the grip of the deck underneath it and should not peel away. This is all just patent design stuff from here. Though, as the basic root solution is to get the deck to de thaw itself at a fast enough rate to keep the snow as liquid and not as solid matter to sink ships.
One basic way to do it would be to create a floor board that has some kind of motor that can break up the ice when it is iced over. However, in extreme cold machines and working is difficult along with that if it malfunctions when somebody is on it folks would get hurt so that one is out.
Then we see chemicals like salt usually help with de icing, probable not artic ice though. So we then think we need something stronger.
The idea that a ships deck is going to ice over it will just ice over is a weak lacky point of view. In a real scientst point of view, they could find the code for the icing over and then break it down to weaken it so that it does not ice over. For example, the ability of the cold from air to generate heat from my basic cold thermal molecule structure found in the codes of artic deep sea fish and molecules that have a bi polar reaction to the cold that heat up when cold. This then applied in a massive scale could then project heated salt water onto the deck to heat the decks in a fast manner and help to then de ice in a faster manner than men having to pick at it. The pressure then could come from the actual weight of the ship on the water which could create a reaction that would pressurize the water. However, it could not be to high to kill decks. Along with this a proper premptive maintaince as much as possible would be a great idea.
Then again if a deck is in the swallows and completely about to sink via the weight more water on the deck plus the probablity of the cold weather generator working is low so that is out.
I mean what, are we not smarter than snow?
Another thing we could use would be a chemical reaction. This then would have to be properly tested not to spook the prey by smell or scent from the cages or lines. As such, the idea would be a deck created by a molecular structured enzyme that when placed at a certain temperature peremates a chemical that is resistant to snow, ice or freezing. This then has been done in many applications for other things, in which I can't think of as I have been out of the construction field for many years. However, the idea is that the deck itself is the solution. Currently decks are made from everything from metal to wood. This then could be a problem as most folks can't afford to redue their decks, as it is major money. Therefore, a thin layer applied every so often onto the decks could actually cause as a sort of inbetween from the root solution which is a structured deck. As such this thin layer could be created to last as long as one to two seasons depending on how cold the weather got and how fast the deck was able to permeate. Therefore, as salt as the natural chemical property to stop the freezing over of decks and then sinking of ships in freezing water. I would start there. As it would be most possible that an elevated salt enzyme placed in a proper formate of molecurar release when the deck freezes or gets to a proper level where snow or ice starts to build up, it could release the enzyme and then start to burn out of the ice or snow which would not harm the humans nor fishing equipment from scent or smell of the prey..
As such I have created an outline to stop shipps from sinking in the antartic. The levels would have to be high to cut back on the snow, as it builds up very fast, therefore, the system itself might need to be pretty deep. Along with that it should still hold the grip of the deck underneath it and should not peel away. This is all just patent design stuff from here. Though, as the basic root solution is to get the deck to de thaw itself at a fast enough rate to keep the snow as liquid and not as solid matter to sink ships.
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