A new type of coating has been developed by researchers at the University of Pennsylvania.
They have developed a coating that can be applied to any surface on a ship that is coated with a unique chemical compound, including its hull, decks, and decks.
The chemical compound they are working with is anhydrinate, a compound that is naturally occurring on the ocean floor, according to the Penn University press release.
In this case, they are using it to create a highly-resistant coating.
A new method to coat surfaces is called bio-hydride plating.
“We can do that because we have a lot of surface area,” said James C. Eberhardt, a professor of mechanical engineering and director of Penn’s Department of Mechanical Engineering.
“So the problem with plating is we have this lot of surfaces to go on and you don’t want to make a lot.
So this new technique is an enhancement of plating.”
Bio-hydride plating requires a special catalyst, which they developed using an electron microscope and a technique known as molecular-scale scanning electron microscopy (MSEM).
MSEM involves looking at the molecular structure of molecules, which allows researchers to easily identify and characterize the chemical structures on those molecules.
In the case of this coating, the researchers were able to use the electron microscope to study the structure of a chemical compound called anhydryl-4-hydroxybenzoic acid (APB).
The APB is a compound found naturally on the seafloor.
It is also a common salt used to create the chemical compound APB in seawater.
The Penn team found that APB works very well on the hull of their ship, where it is hard to get rid of and is therefore easy to get off the ship.
The researchers applied this coating to the hull as well as the decks and decks of their prototype ship.
“That’s an incredible result, because it really does make a big difference,” said Professor Eberhart.
“This is not something you can do with a coating, but the APB can be easily removed and put on new parts of the hull and the decks.”
It is important to note that APBs are a relatively new chemical compound.
The first APB was discovered in 1869.
But the first known instance of it being used on a vessel came in 1912 when the US Navy’s New York City steamship Brooklyn was used to carry an experimental chemical compound known as chloromethane.
“It was really important that this chemical not get on the ship, because there was no way for us to keep it off the ships,” Eberhard said.
“Because of that, we have had some pretty intense reactions with the ship’s machinery and some really intense reactions to try and keep it out of the ship.”
After the chemical got off the vessel, the ship was refloated and re-bought, but it did not go well.
The chemicals was still on the deck and deck and the deck was not washed out of service.
“But it’s hard to explain why this stuff was on the decks,” Ebers said.
The APBs on the prototype ship that was successfully plated on the USS Brooklyn were removed and the hull was refrozen for another ship.
So the next step was to figure out how to put it back on the ships hull and deck.
The answer came in to using a new type for plating that would be very similar to a coating applied on the vessel.
This new coating was created by using a different type of catalyst, called bromide, which is used to produce an organic compound called boron.
“When you apply borocides to a surface, you actually have a chemical reaction taking place,” EBERHART said.
This reaction is not unlike the reaction that occurs when you use a coating on a surface and then put it on something else.
“Borocide will give you a reaction, and boracide will allow you to take the chemical from the surface into a solution and to put the chemical in the solution and then react with the reaction you have created,” EBerhardt said.
In fact, the borate is not actually toxic.
The boroid compound can be toxic to fish if ingested.
“Our borocal solution can be used to treat fish diseases,” Ebernhart said.
They also created a boride coating that is more resistant to salt than conventional borates, which are used to make coatings on aircraft and other large vessels.
“The borohydride coating is not really a chemical coating,” Ebert said.
Rather, it is an organic solvent, which means it is a chemical solvent that is very stable and can be put on a lot more surfaces than conventional coatings.
The coating that was used on the new ship was only a small part of the research that was completed.
The team also worked on improving the strength of the bromine in the borb