The CNO Cycle.
For nuclear fusion.
The corresponding white dwarf needs to reach a temperature for nuclear fusion to occur, which is about 20 million degrees kelvin.
The temperature varies on different parts of the Sun. For rexample, the visible part (photosphere) has a temperature of almost 6000 degrees Celsius, while the nucleus is estimated to be 15 or 16 million degrees.
The gas cloud will become a brown dwarf because it did not make the 10 million kelvin in order to start nuclear fusion. :)
about 10500-11000k is when fusion commences which creates the shining of the star
Fusion requires temperatures about 100 million Kelvin
In tokamak reactors, approx 300 million degC
Between 10 and 15 million degrees.
fusion
For nuclear fusion.
How can temperature either help fusion to occur or prevent fusion from occurring?
You probably mean nuclear fusion
The corresponding white dwarf needs to reach a temperature for nuclear fusion to occur, which is about 20 million degrees kelvin.
TO initiate fusion process very high temperature of the order of 100 million kelvin is needed. Such a high temperature could be produced by laser beam if it is used in a different technique. That is why sciectists rely on laser.
there is no end-scale "highest" temperature, to put this in easy terms : the bigger the bang the higher the temperature, to answer the Question: the highest temperature would probably be the temperature created when the big-bang occurred.
The basic answer is that nuclear fusion can only occur at VERY high temperatures like MILLIONS of degrees. You can relate it to the sun where the sun is around 10mil degrees and bonds hydrogen atoms to form helium.
The temperature varies on different parts of the Sun. For rexample, the visible part (photosphere) has a temperature of almost 6000 degrees Celsius, while the nucleus is estimated to be 15 or 16 million degrees.