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KS4 Physics Atomic Structure

1,836 bytes added, 15:21, 14 April 2019
Created page with "===Nuclear atom and isotopes=== *The Dalton Model of the Atom *The Plum Pudding Model of the Atom *Nuclear Model|The Nuclear Model of..."
===Nuclear atom and isotopes===
*[[Dalton Model|The Dalton Model of the Atom]]
*[[Plum Pudding Model|The Plum Pudding Model of the Atom]]
*[[Nuclear Model|The Nuclear Model of the Atom]]
**[[Rutherford's Alpha Scattering Experiment]]
*[[Bohr Model|The Bohr Model of the Atom]]
**[[Energy Level]]
*[[Atom|The Atom]]
*[[Atomic Nucleus|Nucleus]]
**[[Nucleon]]
**[[Proton]]s
**[[Neutron]]s
*[[Electron]]s
**[[Electron Orbital|Electron Shells]]
*[[Atomic Number]]
**[[Relative Atomic Charge]]
*[[Relative Atomic Mass]]
**[[Isotope]]s
*[[Calculating the Numbers of Protons, Neutrons and Electrons]]

===Absorption and emission of ionizing radiations and of electrons and nuclear particles===
*[[Bohr Model|The Bohr Model of the Atom]]
**[[Energy Level]]
**[[Outer Shell]]
**[[Ion]]s

*[[Unstable Isotope]]s
*[[Radioactive Decay]]
**[[Ionising Radiation]]
***[[Alpha Particle|Alpha Radiation]]
***[[Beta Particle|Beta Radiation]]
***[[Gamma-ray|Gamma Radiation]]
***[[Neutron Radiation]]
*[[Penetration Depth]]
*[[Ionising Potential]]
*[[Contamination]]
*[[Irradiation]]
*[[Nuclear Equation]]s
*[[Half Life]]

===Hazards and uses of radioactive emissions and of background radiation===
*[[Radioactivity]]
*[[Count Rate]]
**[[Becquerel]]
*[[Radiation Dose]]
**[[Sievert]]
*[[Ionising Radiation]]
*[[Half Life]]
*[[Nuclear Waste]]
**[[High Level Nuclear Waste]]
**[[Intermediate Level Nuclear Waste]]
**[[Low Level Nuclear Waste]]
*[[Background Radiation]] - jobs
*[[Geiger Counter]]

*[[Ionising Radiation#Medical Applications|Medical Uses of Ionising Radiation]]
**[[Radioactive Tracer]]
**[[Irradiating Tumours]]

===Nuclear fission and fusion===
*[[Unstable Isotope]]
*[[Nuclear Fission]]
**[[Nuclear Chain Reaction]]
**[[Nuclear Fission Reactor]]
***[[Fuel Rod]]
***[[Control Rod]]
***[[Moderator]]
*[[Nuclear Fusion]]
*[[Rest Mass Energy]]