That first link is filled with lie's and half truths.
EX: H - H fusion in our sun is a vary slow and stable process. But that's simply based on the conditions of our sun, under other conditions H - H fusion can be extremely fast.
EX2: Under specific conditions the Uranium in a fission power plant can generate an explosion equivalent to a similar mass of TNT. It's not what we think of as a nuclear explosion but it's not exactly peanuts either. The basic problem is creating a film of boiled water see: http://www.youtube.com/watch?v=gjsMV1MglA4&feature=relat... for some simple related experiments.
EX3: Lithium isotopes are either stable or far to short lived to be radioactive. At worst your dealing with a half life of 840.3 ms which means it does not accumulate in the reaction chamber and within 1 minute of shutting down the reaction it's hard to detect.
EX: H - H fusion in our sun is a vary slow and stable process. But that's simply based on the conditions of our sun, under other conditions H - H fusion can be extremely fast.
EX2: Under specific conditions the Uranium in a fission power plant can generate an explosion equivalent to a similar mass of TNT. It's not what we think of as a nuclear explosion but it's not exactly peanuts either. The basic problem is creating a film of boiled water see: http://www.youtube.com/watch?v=gjsMV1MglA4&feature=relat... for some simple related experiments.
EX3: Lithium isotopes are either stable or far to short lived to be radioactive. At worst your dealing with a half life of 840.3 ms which means it does not accumulate in the reaction chamber and within 1 minute of shutting down the reaction it's hard to detect.