The primary product of "cold fusion" is heat. At least in one of the primary paths that result in things seen in this class of reactions. There is alo some credible evidence of transmutation from some of the more reputable labs. Brillouin Energy has shown reliable and controllable heat production. While the technology is looking very promising, it is progressing slowly due to a lack of investment. Compared to things like hot fusion work however, Brillouin Energy has 5 fully functional control systems driving two different types of reactors. This has been achieved having raised < U$D20 Million. This is a tiny fraction of any hotfusion project I am aware of.
In the sun the product of the nuclear fusion is light energy and heat energy. It also created helium from the isotopes deuterium and tritium.
Because the nuclei involved have to be squeezed very hard together, to overcome the repulsion that similar charges naturally have for each other (ie electrostatic repulsion). In fact in experiments on earth with tokamaks, the pressure is not high but temperatures have to be made extremely high, higher than in stars where pressure at the star's centre is very much higher than can be achieved on earth. This is to encourage the nuclei to get close enough for fusion to occur, but so far on earth only short bursts of fusion have been achieved, whereas the sun has been burning for billions of years.
molar heat of fusion
Lead is a heavy metal. An element. Atomic number 82 (has 82 protons in nucleus). Symbol is Pb, which comes from its Latin name plumbum. It is also the most nuclear stable element. That is, it is the end product of fusion. It is the heaviest element that is produced under normal fusion conditions in a star. Heavier elements (produced usually in supernova) decay usually into lead.
The latent heat of evaporation
Cold Fusion - Doctor Who - was created in 1996.
Yes
Cold Fusion - 2011 is rated/received certificates of: Germany:16 Singapore:PG13
neither cold fusion nor warp fields exist.
Martin Fleischmann and Stanley Pons proposed cold fusion in 1989, although it was proven to be an invalid concept that did not work.
I think you mean "Cold Fusion" It is the (currently) hypothetical nuclear fusion reaction which happens at ambient temperatures?
Cold fusion is a hypothetical type of nuclear reaction that occurs at or near room temperature. It involves the fusion of atomic nuclei to release energy, similar to what powers the sun. Despite decades of research, cold fusion has not been reliably demonstrated in a way that can be replicated and verified by the scientific community.
The cold fusion theory is controversial because it proposes a way to generate energy by fusing atoms at room temperature, contradicting traditional fusion theory. Many scientists are skeptical of cold fusion due to the lack of consistent, reproducible experimental results and the failure to explain the underlying mechanism adequately. The initial claim of cold fusion in 1989 was met with skepticism and debate in the scientific community, contributing to its controversial status.
Cold fusion is a type of nuclear reaction that occurs at or near room temperature, leading to significant energy production. The specific formula for cold fusion is not well understood or documented, as the process is still a subject of ongoing research and debate in the scientific community.
Cold fusion is a process where nuclear reactions occur at or near room temperature, rather than the high temperatures required for traditional fusion reactions. Scientists have not been able to reliably reproduce cold fusion results in a controlled manner, resulting in controversy and skepticism within the scientific community. The exact mechanism of cold fusion, if it exists, remains unclear and is an ongoing area of research.
Cold fusion
Hot nuclear fusion occurs at extremely high temperatures and pressures, similar to those found in the core of the sun, and requires significant energy input to initiate and sustain the reaction. Cold nuclear fusion, on the other hand, is a hypothetical form of nuclear fusion that occurs at or near room temperature, which would make it much more practical and easier to achieve. Currently, cold nuclear fusion has not been reliably demonstrated or replicated in experiments.