blasting process.

role as catalysts in water blasting process.
Raw materials are most abundant in the earth has been known to show a chemical that is not appropriate when placed in a very extreme conditions.

Recently, scientists at the Livermore National Laboratory has demonstrated Awrence something interesting findings that water, if left at room temperature on a hot, serve as complex catalysis in the reactions of explosives previously unimaginable. Previously could only be a catalyst for platinum and enzymes but to the water is very rare.

The eruption comes from explosives made from oxygen and hydrogen which can produce water at a temperature of 1000 degrees and pressure more than 100,000 atm.

By using the previous principles of atomistic stimulation blasting high fuel PETN (penta erythritol tetranitrate) team of scientists has discovered it in the water, while hydrogen atoms to work as a reductant and hydrogen as the oxidant, these atoms act as a dynamic group that carries oxygen during the reaction.

In molecular dynamic simulations using the Blue Gene super computer lab, Wu and Larry Fried, Ynag Lin, Nir Goldman and Sorin have found Bastea atoms of hydrogen (H) and hydroxide (OH) in water that carries oxygen from the storage of fuel nitrogen to carbon ( with temperatures between 3000-4200 Kelvin temperature). In such conditions, the water works as a final product and a chemical catalyst that is very important.

For molecules high-powered explosives that are made of carbon, nitrogen, oxygen and hydrogen such as PETN, 3 main product gas is water, carbon dioxide and nitrogen molecules.

The team of scientists has found that the nitrogen lost more oxygen than hydrogen and carbon, although the concentration of water has reached equilibrium.

"Water is part of the energy. Overall catalytic mechanism is different from the previous composition of the final product only as "Wu said. This latest discovery scientists intend to study the situation that occurred in the planet Uranus and Neptune. Where water has a remarkable shape.

role as catalysts in water blasting process.
Raw materials are most abundant in the earth has been known to show a chemical that is not appropriate when placed in a very extreme conditions.

Recently, scientists at the Livermore National Laboratory has demonstrated Awrence something interesting findings that water, if left at room temperature on a hot, serve as complex catalysis in the reactions of explosives previously unimaginable. Previously could only be a catalyst for platinum and enzymes but to the water is very rare.

The eruption comes from explosives made from oxygen and hydrogen which can produce water at a temperature of 1000 degrees and pressure more than 100,000 atm.

By using the previous principles of atomistic stimulation blasting high fuel PETN (penta erythritol tetranitrate) team of scientists has discovered it in the water, while hydrogen atoms to work as a reductant and hydrogen as the oxidant, these atoms act as a dynamic group that carries oxygen during the reaction.

In molecular dynamic simulations using the Blue Gene super computer lab, Wu and Larry Fried, Ynag Lin, Nir Goldman and Sorin have found Bastea atoms of hydrogen (H) and hydroxide (OH) in water that carries oxygen from the storage of fuel nitrogen to carbon ( with temperatures between 3000-4200 Kelvin temperature). In such conditions, the water works as a final product and a chemical catalyst that is very important.

For molecules high-powered explosives that are made of carbon, nitrogen, oxygen and hydrogen such as PETN, 3 main product gas is water, carbon dioxide and nitrogen molecules.

The team of scientists has found that the nitrogen lost more oxygen than hydrogen and carbon, although the concentration of water has reached equilibrium.

"Water is part of the energy. Overall catalytic mechanism is different from the previous composition of the final product only as "Wu said. This latest discovery scientists intend to study the situation that occurred in the planet Uranus and Neptune. Where water has a remarkable shape.