Items related to Experimentalphysik 3: Atome und Kerne

Experimentalphysik 3: Atome und Kerne - Softcover

Book 14 of 17: Pearson Studium - Physik

Erdmann, Martin

 
9783868944174: Experimentalphysik 3: Atome und Kerne

Synopsis

In physics studies, you will find skills and methods to describe natural processes. Physical thinking requires in-depth knowledge of experimental methods and theoretical concepts developed on a mathematical basis.

The band 'Atoms and Nuclei' introduces you to the construction of matter. The binding partners of the microscopic structures show discrete energy values. With such quantum effects, you become familiar with experiments and application of the Schrödinger equation. Electromagnetic, strong, and weak interactions order your understanding of the periodic table of the elements, atomic nuclei and radioactive beta decay.

In physics studies, you will find skills and methods to describe natural processes. Physical thinking requires in-depth knowledge of experimental methods and theoretical concepts developed on a mathematical basis.

The three-volume textbook on experimental physics is oriented to the requirements of the bachelor's degree programme physics. The series gives you the learning content presented in courses and queried in exams.

With matching learning material portions, detailed calculations, precise illustrations, examples and experiment descriptions, this textbook supports you in your studies. With self-testing tasks and partner work questions, you can check your learning progress.

The band 'Atoms and Nuclei' introduces you to the construction of matter. The binding partners of the microscopic structures show discrete energy values. With such quantum effects, you become familiar with experiments and application of the Schrödinger equation. Electromagnetic, strong, and weak interactions order your understanding of the periodic table of the elements, atomic nuclei and radioactive beta decay.

Contents experimental physics 'atoms and nuclei': photons, matter waves, quantum mechanics, hydrogen atom, spin, energy corrections in the hydrogen atom, periodic table of elements, radiation transitions, atoms in the magnetic field and in the electric field, X-ray, molecules, nuclear properties, scattering processes, electron nucleus scattering, nucleus. The Atom. core, radioactivity, reactions



Univ.-Prof. Dr. Martin Erdmann (Physical Institute 3A, RWTH Aachen). Research focus: experimental particle physics (CMS experiment at CERN, Switzerland) and astroparticle physics (Pierre Auger Observatory, Argentina). Teaching portfolio: development of the teaching concept physics thinking with systematic implementation in various teaching formats of the Bachelor's and Master's degree Physics.

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