UTF-8Heated matter can emit light255255204 The Molecular Workbench includes
light-matter interactions
Photons and kinetic energy can excite atoms
Excited atoms can release photons and kinetic energy
Thermal emission: Heat the sample and see what happens
Frequency
to SAM
Instructions: Use the heat and cool tool on the right of the window to heat the system up and see what happens. In the above spectrum, the emission lines in the visible range are colored according to their frequencies, while those in the invisible range are represented by white lines just for us to see them (it does not mean that they have white color in reality).4.016.0prism.gif280 0 255Arial Rounded MT Boldtrue0 0 255284.016.0true0 0 25528true0 0 255304.0166.0org.concord.modeler.text.BulletIcon$SquareBulletIcontrue18true18true0 0 255184.0166.0org.concord.modeler.text.BulletIcon$SquareBulletIcontrue18true18true0 0 25518true0 0 255204.0166.00 0 255244.0166.0Al Bayan204.06.0111org.concord.mw2d.activity.AtomContainerlight6$0.mmlfalseorg.concord.modeler.PageElectronicStructureViewer03-2.5-0.520true1502024.01org.concord.modeler.PagePhotonSpectrometer00.020.04055030110http://mw2.concord.org/public/part2/heat/index.cmlorg.concord.modeler.PageSliderorg.concord.mw2d.models.MolecularModel00.099999999834431530.100000001490116121.09Simulation speed30070falsetrue{value="0.9999999983443153", label="Fast"}{value="0.09999999983443153", label="Slow"}Simulation speed of light-matter interactionstrue116.0true1111