2.0 Kinetics Figures List
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- Figure 2.01. Tortoise Interactive: mouse zoom and pan, button for
high resolution -
- Figure 2.02. "Hare" Interactive: mouse zoom and pan, button for
high resolution -
- Figure 2.03. Supercooled water crystallizing Interactive: video controls
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- Figure 2.04. Crystallization of a solution of MgCl2 Interactive: video controls
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- Figure 2.06. Nucleus Gibbs Energy vs. Radius Interactive: silders to change overstep ΔT, reaction
ΔG, nucleus molar volume, and interfacial energy, -
- Figure 2.07. Spherical Cap Nucleation Interactive: silders to change overstep ΔT, reaction
ΔG, nucleus molar volume, interfacial energies,
cap and base dimension -
- Figure 2.08. Old Faithful Geyser, Wyoming Interactive: sliders to change T, P, KD,
and garnet and biotite compositions -
- Figure 2.09. Mount St. Helens Interactive: mouse zoom and pan, button for
high resolution -
- Figure 2.10. Glowing Pahoehoe Lava Colors Interactive: button to show/hide color temperatures
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- Figure 2.11. Thermal emission colors Interactive: sliders to change temperature and
see emission color change -
- Figure 2.12. Crested Pool Infrared Overlay Interactive: mouseover image to compare infrared
color temperatures and the visible image
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- Figure 2.13. Calcite Structure at 1200 K Interactive: video controls for animations of the calcite
structure at 300K and at 1200K -
- Figure 2.14a. Maxwell-Boltzmann Velocity Distribution Interactive: sliders to change temperature, gas molar
mass, and velocity bounds -
- Figure 2.14b. Maxwell-Boltzmann KE Distribution Interactive: sliders to change temperature, gas molar
mass, and kinetic energy bounds -
- Figure 2.17. Glaucophane metagabbro Interactive: mouseover to compare images, buttons
to choose images or element maps to compare -
- Figure 2.18. Mg map of an andesite thin section Interactive: mouseover to compare images, buttons
to choose images or element maps to compare -
- Figure 2.19. Gas Diffusion Model Interactive: sliders to change atom numbers, size,
and velocity, buttons to start/stop animation -
- Figure 2.20. Diffusion Infinite Extent Couple Interactive: sliders to change time and diffusion,
coefficient, buttons to change scale -
- Figure 2.21. Diffusion in a Sphere Interactive: sliders to change time, diffusion
coefficient, and sphere radius -
- Figure 2.22. Fe-Mg Zoning in Olivine Crystal Interactive: button to show profile from sphere
diffusion model -
- Figure 2.23. Arrhenius fit to Fe-Mg Olivine Data Interactive: button and mouseover to show
coordinates