https://ethz.ch/content/dam/ethz/special-interest/phys/particle-phy...
... Etot = −Ebin = Epot + Ekin (1) where Ebin is considered the binding energy. With the Virial theorem ... Epot + 2Ekin = 0 this yields the relation Etot = − Ekin (2) for the total energy of the system. The ... Etot = −Ebin = Epot + Ekin (1) where Ebin is considered the binding energy. With the Virial theorem ... Epot + 2Ekin = 0 this yields the relation Etot = − Ekin (2) for the total energy of the system. The ...
Lesson_1
... possible)p = 1 GeV A) Ekin = p B) Ekin = p2 2m C) Ekin = m2 + p2 − m2 D) None of them Introduction to ... energy Ekin = E−?? kinetic energy γ = 1 1 − β2 β = pc E γ = E mc2 Relativistic factors γ = 1…∞β = 0…1 β ... possible)p = 1 GeV A) Ekin = p B) Ekin = p2 2m C) Ekin = m2 + p2 − m2 D) None of them Introduction to ... energy Ekin = E−?? kinetic energy γ = 1 1 − β2 β = pc E γ = E mc2 Relativistic factors γ = 1…∞β = 0…1 β ...
PowerPoint Presentation
... – Ekin = hν-BE-φ Ekin = hν-BE-φ-Δ Contribution of atom in depth d to PE peak: d Θ 12 Inelastic background ... X-ray e– Ekin = hν-BE-φ Ekin = hν-BE-φ-Δ d Θ Electrons from deeper below the surface loose energy ... – Ekin = hν-BE-φ Ekin = hν-BE-φ-Δ Contribution of atom in depth d to PE peak: d Θ 12 Inelastic background ... X-ray e– Ekin = hν-BE-φ Ekin = hν-BE-φ-Δ d Θ Electrons from deeper below the surface loose energy ...
Sensitivity study for proton decay via p K+ in the Deep Underground...
... . residual Ekin Christoph Alt p → K+ν¯ in DUNE Slide 6 / 7 Goal: determine lower proton lifetime limit that ... cuts & neural network using 〈−dE/ds〉 vs. residual Ekin Christoph Alt p → K+ν¯ in DUNE Slide 6 / 7 Goal ... . residual Ekin Christoph Alt p → K+ν¯ in DUNE Slide 6 / 7 Goal: determine lower proton lifetime limit that ... cuts & neural network using 〈−dE/ds〉 vs. residual Ekin Christoph Alt p → K+ν¯ in DUNE Slide 6 / 7 Goal ...
http://edu.itp.phys.ethz.ch/hs15/QMI/ex/ex_01.pdf
... with kinetic energy Ekin. 4.2. Evaluate the wavelengths of the following objects with Ekin = 1eV: (a) a ... with kinetic energy Ekin. 4.2. Evaluate the wavelengths of the following objects with Ekin = 1eV: (a) a ...
http://edu.itp.phys.ethz.ch/hs15/QMI/sol/sol_01.pdf
... massless particle: Ekin = pc ⇒ λ = hc E We now repeat the same process for a massive particle: Ekin = p2 2m ... ⇒ λ = h√ 2mE With these two expressions we now evaluate explicitly for various objects with Ekin = 1eV ... the de Broglie hypothesis p = h/λ and first use the dispersion relation of a massless particle: Ekin ... = pc ⇒ λ = hc E We now repeat the same process for a massive particle: Ekin = p2 2m ⇒ λ = h√ 2mE With ...
Lesson_14
... particle and nuclear physics Mass, energy and momentum in special relativity E0 = mc2 rest energy Ekin = E ... Momentum E = mc2 + p 2 2m p = mv Total energy Non-relativistic particle Ekin ≪ mc2 Momentum SI units ... particle and nuclear physics Mass, energy and momentum in special relativity E0 = mc2 rest energy Ekin = E ... Momentum E = mc2 + p 2 2m p = mv Total energy Non-relativistic particle Ekin ≪ mc2 Momentum SI units ...
Slide 1
... dependent Creation of a photo-electron Ekin = hν - EBinding Photo-electron has kinetic energy EBindinghν ... state 1S 2p3/2 2p1/2 2s 1s Ef hν > Eo photo-electron Ekin = hν - E0 Empty DOS 1.2 0.8 0.4 0.0 N o r m a ... dependent Creation of a photo-electron Ekin = hν - EBinding Photo-electron has kinetic energy EBindinghν ... state 1S 2p3/2 2p1/2 2s 1s Ef hν > Eo photo-electron Ekin = hν - E0 Empty DOS 1.2 0.8 0.4 0.0 N o r m a ...
Slide 1
... dependent Creation of a photo-electron Ekin = hν - EBinding Photo-electron has kinetic energy EBindinghν ... state 1S 2p3/2 2p1/2 2s 1s Ef hν > Eo photo-electron Ekin = hν - E0 Empty DOS 1.2 0.8 0.4 0.0 N o r m a ... dependent Creation of a photo-electron Ekin = hν - EBinding Photo-electron has kinetic energy EBindinghν ... state 1S 2p3/2 2p1/2 2s 1s Ef hν > Eo photo-electron Ekin = hν - E0 Empty DOS 1.2 0.8 0.4 0.0 N o r m a ...
http://edu.itp.phys.ethz.ch/hs14/QMI/sol/sol_12.pdf
... folgt Ekin = 2↵2Ekin0 = e 2↵2/aB. Ebenso untersuchen wir Epot = h |Hpot | i: Epot = ↵6 Z d3r1 d 3r2 h ⇤0 ... Integral ko¨nnte man z.B. mit dem Residuensatz lo¨sen.) Der Term Ekin ist minimal, wenn das Teilchen ... erkennen wir die kinetische Energie des Grundzustands des Wassersto↵atoms.2 Es folgt Ekin = 2↵2Ekin0 = e 2 ... Integral benutzen. (Dieses Integral ko¨nnte man z.B. mit dem Residuensatz lo¨sen.) Der Term Ekin ist ...
