(in Polish) Wstęp do fizyki jądra atomowego WM-FI-S1-E5-WFJA

Lecture.
Subject learning outcomes in terms of knowledge:
Subject effect 1 - knowledge of the essence of basic physical phenomena occurring in nature
Subject effect 2 - knowledge of the most important laws of the main branches of physics
Subject effect 3 - knowledge of how to precisely describe physical phenomena
Subject effect 4 - knowledge of the basic principles of quantum mechanics and their application to describe the structure and properties of atoms and molecules

Exercises.
Subject learning outcomes in terms of skills and competences:
Subject effect 5 - has the ability to understand and precisely describe physical phenomena
Subject effect 6 - has the ability to use mathematical apparatus and mathematical methods in the description and modeling of physical phenomena and processes
Subject effect 7 - is able to formulate a problem and use physical research methodology to solve it
Subject effect 8 - be able to use the formalism of quantum mechanics to describe physical phenomena
Subject outcome 9 - is able to independently acquire knowledge, use professional literature and specialized databases
Subject effect 10 - knows the limitations of one's own knowledge and understands the need for further education

- Written 2 x test in the during of the semester

- Final written and oral examination

- As part of the exercises in the subject of Physics IV, the student is required to perform 10 projects - tasks included in the worksheets.

Assessment criteria for all learning outcomes:
Lecture.
Knowledge:
grade 2 (unsatisfactory): lack of basic knowledge in the field of nuclear physics
grade 3 (dst): the student has limited basic knowledge in the field of nuclear physics, including the main laws of physics and knowledge of their description, using the principles of quantum mechanics
grade 4 (db): the student has basic knowledge of nuclear physics, including the main laws of physics and knowledge of their description, using the principles of quantum mechanics
grade 5 (very good): the student has fully mastered basic knowledge in the field of nuclear physics, including the main laws of physics and knowledge of their description, using the principles of quantum mechanics

Exercises :
Skills and competences:
grade 2 (unsatisfactory): lack of basic skills and competences in the basics of physics
nuclear
grade 3 (dst): the student has to a limited extent basic skills and competences in the field of nuclear physics, including the ability to use mathematical apparatus and mathematical methods in the description and modeling of physical phenomena and processes, using the formalism of quantum mechanics, be able to independently acquire knowledge by knowing limitations of own knowledge
grade 4 (db): the student has basic skills and competences in the field of nuclear physics, including the ability to use mathematical apparatus and mathematical methods in the description and modeling of physical phenomena and processes, using the formalism of quantum mechanics, be able to independently acquire knowledge, knowing the limitations own knowledge
grade 5 (very good): the student has fully mastered basic skills and competences in the field of nuclear physics, including the ability to use mathematical apparatus and mathematical methods in the description and modeling of physical phenomena and processes, using the formalism of quantum mechanics, be able to independently acquire knowledge by knowing limitations of own knowledge

Literatura podstawowa:
[1] A.Strzałkowski , Wstęp do fizyki jądra atomowego, PWN Warszawa, 1979
[2] T.Mayer-Kuckuk, Fizyka jądrowa, PWN Warszawa, 1983

Literatura uzupełniająca:
[1] G. Jezierski , Energia jądrowa wczoraj i dziś, Wydawnictwo Naukowo-Techniczne, Warszawa, 2005

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

• Description of WM-FI-S1-E5-WFJA in USOSweb