Digital Light Processing DLP Cure Depth
predict how deep a layer of photopolymer resin cures with UV light in a DLP 3D printer
id = dlp-cure-depth (do not remove this text)
Emulsion Polymerization (Smith-Ewart Kinetics)
This simulation shows how emulsion polymerization works, using styrene at 60 °C with sodium dodecyl sulfate as the surfactant and potassium persulfate as the initiator.
id = emulsion-polymerization (do not remove this text)
Flory-Huggins Solution Thermodynamics
id = flory-huggins (do not remove this text)
Jablonski Diagram
shows a Jablonski diagram with the singlet ground state (S0), first and second excited singlet states (S1, S2), and first excited triplet state (T1).
id = jablonski-diagram (do not remove this text)
Light Attenuation - Broadband Source
explore how light absorption by a photochemical material depends on wavelength, depth, and chromophore concentration
id = light-attenuation-broadband (do not remove this text)
Light Attenuation Multiple Wavelengths
id = light-attenuation-multiple-wavelengths (do not remove this text)
Light Attenuation Single Absorber
id = light-attenuation-single-absorber (do not remove this text)
Multiple States in CSTR Polymerization
Free-radical solution polymerization of styrene or methyl methacrylate (MMA), initiated by AIBN, runs in a jacketed CSTR.
id = multi-state-cstr-polymerization (do not remove this text)
Molecular Weight Distributions: Batch, PFR, and CSTR Polymerization
compares the molecular weight distribution of polymer leaving an isothermal batch reactor, a PFR, and a CSTR.
id = mwd-reactor-polymerization (do not remove this text)
Polymer Molecular Weight Characterization
shows how the distribution of different length chains is defined and how it is measured by two common characterization methods.
id = polymer-mw-characterization (do not remove this text)
Polymer Molecular Weight Distributions
id = polymer-mw-distribution (do not remove this text)
Polymerization in a Batch Reactor
Number and weight fraction of polymer versus number of monomer units for batch reactor
id = polymerization-in-a-batch-reactor (do not remove this text)
Temperature Effects in Free-Radical Polymerization
shows why increasing the temperature of a free-radical polymerization increases the rate of polymerization, but decreases the number-average molecular weight.
id = temp-effects-free-radical-polymerization (do not remove this text)
Thermal Runaway in a Batch Polymerization Reactor
id = thermal-runaway-batch-polymerization (do not remove this text)
Tubular Polymerization Reactor
models bulk free-radical polymerization of styrene in a 20 m jacketed tube
id = tubular-polymerization-reactor (do not remove this text)