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It is requested to examine the first excited state of 160 with an energy of 6,049 MeV. a) What are the minimum arrival energies of the networks that will create these awakened states using the C(alpha,n) reaction? b) In which direction do the emitted neutrons move? c) If it is desired to detect neutrons emitted perpendicular to the direction of arrival, what would be the minimum alpha energy that could create this excited wave?

It is requested to examine the first excited state of 160 with an energy of 6,049 MeV. a) What are the minimum arrival energies of the networks that will create these awakened states using the C(alpha,n) reaction? b) In which direction do the emitted neutrons move? c) If it is desired to detect neutrons emitted perpendicular to the direction of arrival, what would be the minimum alpha energy that could create this excited wave?

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It is requested to examine the first excited state of 160 with an energy of 6,049 MeV. 
a) What are the minimum arrival energies of the networks that will create these awakened states using the C(alpha,n) reaction? 
b) In which direction do the emitted neutrons move? 
c) If it is desired to detect neutrons emitted perpendicular to the direction of arrival, what would be the minimum alpha energy that could create this excited wave?

 

(m(¹60) 15.894915 akb, m(¹³C)= 13.003355 akb, m(He)= 4.002613 akb m(n)=1.008665 akb, 1 akb-931.5 MeV/c²)
Transcribed Image Text:(m(¹60) 15.894915 akb, m(¹³C)= 13.003355 akb, m(He)= 4.002613 akb m(n)=1.008665 akb, 1 akb-931.5 MeV/c²)
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