'Mass excess' diaporamas de présentation

RFSS: Lecture 2 Nuclear Properties

RFSS: Lecture 2 Nuclear Properties. Readings: Modern Nuclear Chemistry: Chapter 2 Nuclear Properties Nuclear and Radiochemistry: Chapter 1 Introduction, Chapter 2 Atomic Nuclei Nuclear properties Masses Binding energies Reaction energetics Q value Nuclei have shapes.

746 views • 30 slides

CHEM 312: Lecture 2 Nuclear Properties

CHEM 312: Lecture 2 Nuclear Properties. Readings: Modern Nuclear Chemistry: Chapter 2 Nuclear Properties Nuclear and Radiochemistry: Chapter 1 Introduction, Chapter 2 Atomic Nuclei Nuclear properties Masses Binding energies Reaction energetics Q value Nuclei have shapes.

495 views • 30 slides

CHEM 312: Lecture 2 Nuclear Properties

CHEM 312: Lecture 2 Nuclear Properties. Readings: Modern Nuclear Chemistry: Chapter 2 Nuclear Properties Nuclear and Radiochemistry: Chapter 1 Introduction, Chapter 2 Atomic Nuclei Nuclear properties Masses Binding energies Reaction energetics Q value Nuclei have shapes.

428 views • 30 slides

Di-electron measurements with the Hadron Blind Detector in the PHENIX experiment at RHIC

Di-electron measurements with the Hadron Blind Detector in the PHENIX experiment at RHIC. Ilia Ravinovich f or the PHENIX Collaboration Weizmann Institute of Science INPC, Firenze, Italy, June 2-7, 2013. Outline. P ublished PHENIX results Hadron Blind Detector (HBD)

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SOHO, 171A Fe emission line

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SOHO, 171A Fe emission line

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Binding energy in atoms and nuclei

Binding energy in atoms and nuclei. [Sec. 4.1 Dunlap]. CONCEPT OF BINDING ENERGY. The binding energy of an atom is the energy released as all the constituent particles (n, p and e) come together FROM INFINITY under both the STRONG force and the EM force.

466 views • 18 slides