Modern physics: Nuclear
science-Quantum mechanics 
related topic: Nuclear Power plants |
|
Modern
physics special relativity, photons, atoms, particles and waves,
Schrodinger's equation, many electron atoms, nuclear physics |
| Moderne
natuurkunde uitgebreide website over verschillende actuele domeinen uit de natuurkunde, in Dutch |
|
Nuclear Concepts
for the 21st Century animations included |
|
Nuclear
physics Background Radiation, The Half-life of Radioactive Elements,
The Uses of Radioactive Materials, Nuclear Fission, Nuclear Reactors, ... |
| Nuclear physics
discussion of radioactivity of heavier elements, nuclear reactions of fusion and
fission |
| Nuclear
processes nuclear fusion, nuclear fission |
| Nuclear science antimatter, beta rays,
cosmic connection, radioactivity |
|
Nuclear Reactions Nature and Stability of the Atomic Nucleus, Radioactivity,
Speed of Nuclear Disintegration, Artificial Nuclear Reactions, Bio-Medical
Applications |
|
Nuclear
related terms |
|
Quantum mechanics Quantum mechanics |
| Quantum physics
the modern theory of quantum physics |
| Quantum physics |
| The particle adventure a tour of
the inner workings of the atom, of what is the world made? What holds it together? topics: dark matter, detector, electrons, fermions, gluons, grand unified theory,
hadrons, leptons, mesons, neutrino, neutron, nucleus, particle, particle adventure, proton,
quarks |
|
Horizontaal |
|
Modern physics: Nuclear
science-Radiation - topics
related topic: Nuclear Power plants |
|
Antimatter -
Mirror of the Universe Antimatter, CERN, everything you wanted to know about
Antimatter, what is antimatter |
|
Atomic physics |
|
Bragg's
Law and Diffraction When x-rays are scattered from a crystal lattice, peaks
of scattered intensity are observed |
| CERN's
new antimatter factory |
| CERN
exploratorium the heart of the matter, Cern, the world largest particle
accelerator |
|
Elementary Particles |
|
Fission |
| Fission
and energy theory and operation of nuclear fission reactors |
|
Fusion, Power for Future Generations |
| Fusion |
|
Fusion |
|
Fusion
explains research in controlled thermonuclear fusion, What is Fusion? DIII–D
Tokamak, Plasma–4th State of Matter, Radiation, Radioactivity and Risk
Assessment, Electromagnetic Spectrum, Inertial Confinement Fusion |
|
Fusion
Stellar Fusion, The Proton-Proton Cycle |
| Fusion
basics |
|
Fusion Basics &
Glossary What is fusion? Conditions for a fusion reaction, Magnetic plasma
confinement, the Tokamak, Heating the plasma, Measuring the plasma, Fusion as a
future energy source |
| Fusion energy
plasma, fusion, nuclear education |
| Heisenberg
Werner and the uncertainty principle the more precisely the position is determined the less precisely the momentum is known |
|
Ionizing
radiation and radioactivity the properties of atoms and nuclei relevant to
the understanding of ionizing radiation and radioactivity. It is concerned
primarily with those properties relevant to accelerator produced radiation and
radioactivity |
|
Magnetic fusion Magnetic fusion: The main principles |
| Neutrinos
what are Neutrinos |
| Neutrino
observatory |
|
Neutrinos
what are Neutrinos |
|
Neutrinos
what are Neutrinos, The neutrino is an elementary particle ... |
| Nuclear fusion
basics nuclear fusion is the energy-producing process which takes place
continuously in the sun and stars. In the core of the sun at temperatures of
10-15 million degrees Celsius, Hydrogen is converted to Helium providing enough
energy to sustain life on earth |
| Nuclear
fusion basics of nuclear fusion, fusion energy, advantages of fusion, fusion energy production, fusion
reactions, conditions for fusion, plasma heating, fusion power plant |
| Nuclear
reactions nuclear energy can be produced by either of two types of
reactions: fission, the splitting apart of a massive atomic nucleus, or by
fusion of lighter nuclei into a heavier nucleus |
|
Nuclear Power Mass
to energy, pdf file |
|
Nuclear Power Reactors
Maps of Nuclear Power Reactors |
|
Nuclear structure
and decay data Nuclear structure and decay data, NuBase with the Q-value
calculator |
| Particle physics |
| Particle physics ppt file |
| Periodic
table of the elements |
|
Plasma
ppt file |
|
Proton The Charged
Nucleon |
|
Quantum Mechanics of
Atoms |
| Radiation |
| Radiation and life
life on earth has developed with an ever present background of radiation. It
is not something new, invented by the wit of man: radiation has always been
there |
|
Radioactivity
Radioactive decay and radioactivity |
| Radioactivity in
nature our world is radioactive and has been since it was created. Over 60 radionuclides (radioactive elements) can be found in nature |
|
Radiography radiation is energy in transit in the form of high speed particles and electromagnetic waves, X-ray and Gamma-Ray data |
| Relativistic heavy ion
collider at the brookhaven national laboratory physicists from around the world will use the relativistic heavy ion collider to explore
some of nature's most basic -- and most intriguing -- ingredients and phenomena |
| Stanford
linear accelerator |
| Table
of Isotopes |
| The
light cone an illuminating introduction to relativity |
|
Uranium |
|
Uranium |
|
Uranium Information Centre
Nuclear Power for Electricity, Radioactive Wastes, Other Aspects of Fuel Cycle,
Radiation & Health, Plant Safety, New Reactor Technology, Avoiding Weapons
Proliferation, Resources & Uranium Market, Particular Countries, Mining &
Environment, Climate Change, Non-Electricity Uses of Nuclear Energy |
|
Uranium Radiation Properties |
| What
you need to know about radiation |
|
World Nuclear Association educational papers scroll
down |
|
Horizontaal |
|
|
Home
|
Site Map
|
Email: support[at]karadimov.info
Last updated on:
2011-01-02
|
Copyright © 2011-2021 Educypedia.
http://educypedia.karadimov.info
|
| |
