The Ministry of Education Science and Technology Development Center reported on November 6, 2006 that Sandia's Z instrument can create a pressure of more than 10 million times the sea level pressure, making the diamond a liquid. The purpose of this experiment is to better understand the properties of diamond under extreme pressure conditions for use in loading small particles for nuclear fusion reactions.
The nuclear fusion process can release a lot of energy and provide endless power. Effective control of the nuclear fusion process is a subject that scientists have been studying for 50 years. The nuclear fusion reaction of the half bath material produces more than 40 trains of coal.
The results of this reaction can also be used to demonstrate computer simulations of the safety and reliability of US nuclear weapons storage. However, the biggest problem with this method is that the outer shell of the small particles must be able to transmit the pressure evenly to the inside. Both solid and liquid diamonds meet this requirement. However, between these two states, the diamond conduction pressure between 6.9 million and 10.4 million atmospheres is uneven. This intermediate state will break the balance.
So with diamond as the outer casing, energy must be avoided within this range. Why must we use diamonds? Because scientists expect diamonds to conduct external pressure in a balanced manner and remain symmetrical. Wouldn't it be better to apply a more flexible material such as polyethylene? Sandia scientist Mark Herrmann said: "Everything is compressible within the pressures we care about."
In the Z machine experiment, the strong pressure came from the shock wave passing through the diamond. These shock waves are generated by the impact of the instrument's large magnetic field on the diamond at a rate of 20 times the bullet.
The above results will be announced this week at the Plasma Physics Division of the American Physical Society in Philadelphia.
The nuclear fusion process can release a lot of energy and provide endless power. Effective control of the nuclear fusion process is a subject that scientists have been studying for 50 years. The nuclear fusion reaction of the half bath material produces more than 40 trains of coal.
The results of this reaction can also be used to demonstrate computer simulations of the safety and reliability of US nuclear weapons storage. However, the biggest problem with this method is that the outer shell of the small particles must be able to transmit the pressure evenly to the inside. Both solid and liquid diamonds meet this requirement. However, between these two states, the diamond conduction pressure between 6.9 million and 10.4 million atmospheres is uneven. This intermediate state will break the balance.
So with diamond as the outer casing, energy must be avoided within this range. Why must we use diamonds? Because scientists expect diamonds to conduct external pressure in a balanced manner and remain symmetrical. Wouldn't it be better to apply a more flexible material such as polyethylene? Sandia scientist Mark Herrmann said: "Everything is compressible within the pressures we care about."
In the Z machine experiment, the strong pressure came from the shock wave passing through the diamond. These shock waves are generated by the impact of the instrument's large magnetic field on the diamond at a rate of 20 times the bullet.
The above results will be announced this week at the Plasma Physics Division of the American Physical Society in Philadelphia.
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