Atomic structure of matter

• how physicists imagine the structure of atoms,
• how the elements differ one from the other,
• what isotopes are.

Ionizing radiation

• what ionizing radiation is,
• what types of nuclear radiation exist,
• the basic properties of these radiation types.

Radioactivity

• the law of radioactive decay,
• what physicists understand under radioactive substance
• how to calculate the activity of a radioactive substance at a specific time.

The energy of ionizing radiation

• the energy unit electronvolt,
• what an energy spectra means,
• the energy spectra of the different types of nuclear radiation.

Interaction of radiation with matter

• which interactions of ionizing radiation with matter can take place ,
• which effects photons may initiate when hitting matter.

X-ray radiation

• how X-rays are generated in an X-ray tube,
• how the spectrum of X-rays looks like,
• on what the energy of the x-ray radiation depends.

Radiation dose

• different dose concepts to describe the dose radiation effects,
• how the different types of radiation differ in their biological consequences.

Dose rate

• what the dose rate indicates,
• the relationship between dose, dose rate and time.

More details can be found in CINCH Moddle platform.