Some difficulties of fusion include achieving and sustaining high enough temperatures and pressures to initiate fusion reactions, containing and controlling the extremely hot plasma, managing the intense radiation produced, and designing materials that can withstand the extreme conditions inside a fusion reactor. Additionally, the current technology is still undergoing research and development, requiring substantial investment and time before commercial fusion power can be achieved.
Another name for heat of fusion is enthalpy of fusion.
Fusion occurs in the sun.
Fusion occurs in the sun.
If you mean synthetic fusion, it is not. Technology is not ready yet to use this commercially; fusion is only done experimentally.If you mean synthetic fusion, it is not. Technology is not ready yet to use this commercially; fusion is only done experimentally.If you mean synthetic fusion, it is not. Technology is not ready yet to use this commercially; fusion is only done experimentally.If you mean synthetic fusion, it is not. Technology is not ready yet to use this commercially; fusion is only done experimentally.
Fusion reactions are not limitless. The fusion process can exhaust the supply of fuel and cause fusion to stop. Additionally, there are fusion processes that are not exothermic, but are endothermic and require energy to be put in to sustain them. Without the requisite input energy, fusion ceases.
Achieving the required temperature for nuclear fusion to occurconfining the plasma away from the wall surfaces
I'm experiencing the same difficulties and I honestly don't have any evidence how to fix it but there's one thing I do know; FUSIONFALL NEEDS TO FIX IT!!
Nuclear fusion is not a viable source of energy at this point. The technical difficulties in maintaining confinement are enormous and have not yet been overcome. There are projects ongoing to attempt to resolve the issues, but we are at least 10 to 20 years away from anything, and more probably 50 to 100 years away from commercial use of nuclear fusion.
Nuclear energy already is being used on a large scale. Perhaps you are asking about nuclear fusion, which is not being used for energy at this time. The technical difficulties for fusion power are difficult. The temperatures for the reactions in stars would vaporize any substance we have, and we could not contain the pressures. On top of this, a reactor has to have a way to get fuel in, and the whole operation has to produce more power than it uses, which is a problem in this particular case. If we can get by those difficulties, by using magnetic force fields, for example, then we could use fusion power.
food difficulties,shelter difficulties etc
You should say "come out from difficulties" instead of saying "come out of difficulties."
It is more proper to say "come out from difficulties" compared to saying "come out of difficulties."
there is no difficulties and no success
1. You need to contain the material. If it blows apart, it isn't contained. 1a. Fusing H to make He, means you are working with gases at STP. 1b. How do you handle the waste (He)? 1c. How do you capture and use the energy that is released? (Ye olde steam engine?) 1d. How do you feed the reaction? (Is it merely one explosion?) 2. How do you get a permit to allow you to experiment (local, state, federal)? May I suggest experimenting not in Manhattan but in Arizona?
If you understand them there are no difficulties.
hydrogen fusion
Metroid does NOT have the Fusion Suit, Metroid Fusion has the Fusion Suit, And no human on earth knows how to make a Fusion Suit.