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Nuclear Physics
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What’s in a nucleus?
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Thought Question
•How does the spin of an electron compare to the spin of a proton?
R= 11;A : They are the same.
R= 11;B : A proton has a larger spin.
R= 11;C : An electron has a larger spin.
R= 11;D : It depends on how hard you spun it!
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Thought Question
•How does the magnetic moment of an electron compare to the magnetic moment of a neutron? <= /span>
R= 11;A : They are the same.
R= 11;B : A neutron has a larger magnetic moment.
R= 11;C : An electron has a larger magnetic moment. =
R= 11;D : Neutron’s don’t have magnetic moments!
R= 11;E : Electrons don’t have… no wait, can= I change my answer?
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“Sticky Spheres”
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“Sticky Spheres”
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“Sticky Spheres”
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Volume Energy
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Thought Question
•How will the surface energy scale with A?
R= 11;A : A2
R= 11;B : A1/2
R= 11;C : A1/3
R= 11;D : A2/3
R= 11;E : I have no idea.
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Surface Energy
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Coulomb Energy (Z=3DA/2)
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Thought Question
•How does the mass of the graviton --- the virtual particle that is responsible for gravity --- compare to the mass of= the ¼ mesons?
R= 11;A : It is much larger
R= 11;B : It is much smaller
R= 11;C : It’s mass is infinite
R= 11;D : It’s mass is zero
R= 11;E : It’s less than zero
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Thought Question
•If I watch 10,000 nuclei and measure how long it <= /span>= takes each of them to decay, what will the average= time be?
–A : The half life
–B : Something bigger than the half life
–C : Something smaller than the half life <= /div>
–D : All of the above
–E : None of the above
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Radiometric Dating
<= span style=3D'mso-special-format:bullet;color:#FFCC00;mso-color-index:6;positio= n: absolute;left:-4.43%;top:-.15em;font-size:120%'>•Carbon Dating
–Cosmic rays release neutrons
–14N + n  !  14C + 1H =
•Half life of ~5760 years
–Compare carbon-12 to carbon-14 ratio
–Limitations
•Must be organic
•Has the ration of C-12 to C-14 always been the same?
–Calibration
•50,000 years limit (not much C-14 left)
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Radiometric Dating
•Geological Dating
&= #8211;Look at daughter nuclei
= 211;You need a reason not to expect any of the daughter nuclei when the = rock formed
•Gas that can escape from molten rock
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Radioactive Series
•If something is radioactive, why is there any left?
<= span style=3D'visibility:hidden'>•
•The Earth formed ~4.5 billi= on years ago.
<= span style=3D'visibility:hidden'>•
•The Earth is made up of elements made in stars prior to this time.
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Alpha Decay
<= span class=3DBB style=3D'position:absolute;left:-3.71%;top:-.15em'>•Totally non-classical (what did you expect)
<= span class=3DBB style=3D'position:absolute;left:-4.43%;top:-.15em'>•Tunneling
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Beta Decay
•We’= ve already talked about this twice already...
• <= /div>
•Neutrinos=
–Conserva= tion problems
<= span class=3DB2B style=3D'position:absolute;left:-3.46%;top:-.15em'>•Energy conservation
<= span class=3DB2B style=3D'position:absolute;left:-3.46%;top:-.15em'>•Linear momentum
<= span class=3DB2B style=3D'position:absolute;left:-3.46%;top:-.15em'>•Angular momentum
E of electron
fraction of electron= s
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Calculating Energetics
<= span class=3DBB style=3D'position:absolute;left:-4.43%;top:-.15em'>•Q – energy released
<= span style=3D'visibility:hidden'>•
<= span class=3DBB style=3D'position:absolute;left:-4.43%;top:-.15em'>•Where does the energy Q end up?
<= span style=3D'visibility:hidden'>•
•If Q negative --- won’t spontaneously occur
------=_NextPart_01C6C113.B72B5E90 Content-Location: file:///C:/28741899/Physics222NuclearDecay_files/slide0291.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
123Te decay
http://isotopes.lbl.gov/educat= ion/parent/Te_iso.htm
%Abundance= =3D7.139 6
1/2+
stable
%Abundance= =3D4.816 6
0+
stable
%IT=3D100
11/2-
119.7 d<= /span>
%Abundance= =3D0.908 2, %EC=3D100
1/2+
1e+13 y=
%Abundance= =3D2.603 4
0+
stable
%IT=3D88.6 1= 1 , %EC+%B+=3D11.4 11
11/2-
154 d
%EC+%B+=3D10= 0
1/2+
16.78 d<= /span>
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Gamma Decay
•Can you m= ake a gamma-ray laser?
– <= /div>
–Recoil &= #8211; Doppler shift
<= span class=3DB2B style=3D'position:absolute;left:-3.46%;top:-.15em'>•Mossbauer effect
• <= /div>
–Spontane= ous Emission
– <= /div>
–Cross section 
– <= /div>
–
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