/ 
/ 
Image:Stylised Lithium Atom.svg
From Wikipedia, the free encyclopedia
Stylised_Lithium_Atom.svg (SVG file, nominally 270 × 305 pixels, file size: 10 KB)
| This is a file from the Wikimedia Commons. The description on its description page there is shown below.
|
Made by Halfdan. SVG by Indolences
Modification de Image:Stylised Lithium Atom.png par Liquid_2003.
Represents Lithium-7. Black dots are electrons, red dots are protons and blue dots are neutrons.
File history
Click on a date/time to view the file as it appeared at that time.
| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 07:58, 18 March 2007 | | 270×305 (10 KB) | Indolences | (edited inkscape svg by hand; file size cut in half. ) |
| 21:30, 14 February 2007 |  | 270×305 (17 KB) | Indolences | ||
| 21:16, 14 February 2007 |  | 270×305 (17 KB) | Indolences | ||
| 20:34, 14 February 2007 |  | 270×305 (17 KB) | Indolences | ||
| 20:33, 14 February 2007 |  | 260×296 (17 KB) | Indolences | ||
| 20:02, 14 February 2007 |  | 260×296 (17 KB) | Indolences | ({{Information |Description= Stylised Lithium Atom |Source= based off of Image:Stylised Lithium Atom.png |Date=14/02/2007 |Author= User:Indolences |Permission={{PD-self}} |other_versions= }} ) |
File links
More than 100 pages link to this file. The following list shows the first 100 page links to this file only. A full list is available.
- Talk:Ampere
- Talk:Absolute zero
- Talk:Albert Einstein
- Talk:Anthropic principle
- Talk:Baryon
- Talk:Physical cosmology
- Talk:Classical mechanics
- Talk:Copenhagen interpretation
- Talk:Cosmic ray
- Talk:Cosmic microwave background radiation
- Talk:Centrifugal force (rotating reference frame)
- Casimir effect
- Talk:Casimir effect
- Talk:Centripetal force
- Talk:Timeline of chemical elements discoveries
- Talk:Depth of field
- Talk:Diode
- Talk:Density
- Talk:Diffraction
- Talk:Molecular diffusion
- Dark matter
- Talk:David Hilbert
- Talk:Deuterium
- Talk:Dynamical system
- Talk:Electromagnetic radiation
- Talk:Electromagnetism
- Talk:Equation of state
- Talk:Eugene Wigner
- Talk:Electromagnetic spectrum
- Talk:EPR paradox
- Talk:Fire
- Talk:Fundamental interaction
- Talk:Guglielmo Marconi
- Talk:Galaxy formation and evolution
- Talk:Gravity wave
- History of physics
- Talk:History of physics
- Talk:Hydrogen atom
- Talk:Infrared
- Talk:Identical particles
- Talk:John Napier
- Talk:Jones calculus
- Talk:Kurt Gödel
- Talk:Kilogram
- Talk:Leonhard Euler
- Talk:Laser applications
- Talk:Lens (optics)
- Talk:Light
- Talk:Lorentz transformation
- Talk:Luminiferous aether
- Talk:Molecular orbital
- Talk:Maxwell's equations
- Talk:Magnetism
- Talk:Mössbauer effect
- Talk:Microwave
- Talk:M-theory
- Talk:Introduction to M-theory
- Talk:Nova
- Talk:Nature
- Talk:Neutron star
- Talk:Neutronium
- Talk:Neutron
- Talk:Nuclear fusion
- Nuclear energy
- Talk:Olbers' paradox
- Physics
- Talk:Physics
- Talk:Photoelectric effect
- Talk:Rotation-powered pulsar
- Talk:Phase (matter)
- Talk:Photon
- Talk:Plato
- Talk:Particle in a box
- Talk:Population inversion
- Talk:Proton decay
- Talk:Plate tectonics
- Talk:Quantum computer
- Talk:Renewable energy
- Talk:Richard Feynman
- Talk:Rayleigh scattering
- Talk:Redshift
- Talk:Roger Penrose
- Talk:Spectroscopy
- Talk:Speed of gravity
- Talk:Strong interaction
- Talk:Solar neutrino problem
- Talk:String theory
- Talk:Spacetime
- Talk:Supernova
- Talk:Specific heat capacity
- Theory of relativity
- Talk:Tensor
- Talk:Thales
- Talk:Thermodynamics
- Talk:Theory of relativity
- Talk:Triple point
- Talk:Theory of everything
- Talk:Torque
- Talk:Tachyon
- Talk:Transistor
View more links to this file.
