Coulomb potential in nuclear fission?
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In the case of symmetrical fission we must consider the Coulomb potential between the two nuclei :
E=kq2r=k(Ze2)22r0(a2)1/3=k21/38Z2e2r0A1/311.6×10−13=0.157Z2AE=kq2r=k(Ze2)22r0(a2)1/3=k21/38Z2e2r0A1/311.6×10−13=0.157Z2A
The process is spontaneous only if Q>EQ>E(where QQ is the difference between final and initial binding energy).
E=kq2r=k(Ze2)22r0(a2)1/3=k21/38Z2e2r0A1/311.6×10−13=0.157Z2AE=kq2r=k(Ze2)22r0(a2)1/3=k21/38Z2e2r0A1/311.6×10−13=0.157Z2A
The process is spontaneous only if Q>EQ>E(where QQ is the difference between final and initial binding energy).
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Cantilever beam natural frequency calculator was developed to calculate natural frequency of a uniform beam with uniform load w per unit length including beam weight. Beam is fixed from one end and the other end is free (cantilevered beam
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