Nuclear Physics

Содержание и основные понятия

This chapter links observed phenomena, physical models, and mathematical laws, first form a qualitative picture, then explore the relationships in interactive models.
GEF · 11 grade
PIF · Baseline
theory + model
33
Chapter Pages
Three meaningful routes: concepts, laws, and model research.
33.1
Core structure and energy
Strong interaction and mass defect
33.2
Disadvantages and nuclear reactions
Laws of preservation in the microworld
33.3
Nuclear power and stars
Controlled reactions and nucleosynthesis
→
Study route
33.1. Core structure and energy
The kernel consists of protons and neutrons bound by short-activated strong interaction, and the mass of the attached kernel is less than the sum of the masses of free nuclons.
33.2 Disadvantages and Nuclear Reactions
Alpha and beta fractures alter the composition of the kernel, gamma transition removes the excitation, and reacts with charge, energy, impulse, and other quantum characteristics.
33.3 Nuclear power and stars
The reactor supports a controlled chain separation reaction, releases heat and converts it into electrical energy.
Basis of contents:
The federal work programme on physics, the GEF OSL/GS and the thematic sequence of popular school lines are written specifically for Alterna and does not reproduce textbooks.