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Quizzes S2021: Quiz 1 (Hoffmann Lauritzen equation, Dimarzio Chapter, Flory I, Polymerization Transition); Quiz 2 (Wang; MR Paper; Tensile/Impact Experiment Papers; Cotton; Boue); Quiz 3 (Habibi); Quiz 4 (Transitory Helix); Quiz 5(Charge and stretching polyelectrolytes, Ising model); Quiz 6 (Milner packing factor 2020, 2005; Dinic Extensional Flow); Quiz 7 (Wu polycantanes, Pakula 1999 polycantanes,Rauscher 2020,Rauscher 2018, Zhang 2020,Brereton 2001); Quiz 8(Grinberg PNIPAM/Water/MeOH, Schild 1991, Schild 1992, Tanaka Book, Zhang H2O/MeOH structure, Scheraga hydrophobic effect, book on clathrates); Quiz 9 (Star Paper, Benoit, Daoud-Cotton); Quiz 10 (Conductive Polymer Scattering, Free Radical Conduction Boudouris); Quiz 11 (Li Paper on intrinsic viscosity for graphene oxide, Wen SALS graphene oxide, SALS graphene oxide fractions, Igor.pxp Wen SLS Data); Quiz 12 (NIST HPLC/SEC paper (supp. mat.), Dow Paper, Randall Richards g'); Quiz 13 (Soles paper); Quiz 14; Final

Homework S2022: HW1 (Hoffmann Lauritzen equation, Kos, Luo); HW2 (Parisi Ring Polymers); HW3 (Chen, Tzounis, Binder, GROMACS); HW4 (Simon, Simon SI, Hiemenz Lodge pp. 228 equation 6.4.11; Paper on Floculation, Paper on Collapse of a PE chain, Nature on gel electrophoresis in MEMS, Rheology of PEs, Nature on Double Helix, Conjugated polymer chain stiffness, Chain persistence and ion conductivity for batteries); HW 5 (van Ravensteijen, SI van Ravensteijen, igor experiment, Keane); HW6 (O'Connell, O'Connell Supplemental, Figure 4b digitized, Grosberg Chromatin study, Bottle Brush Gels, AFM Tensile Blob); HW7 (Characterization Class, Grinberg PNIPAM/Water/MeOH, Privalov, Schild 1991, Schild 1992, Tanaka Book, Zhang H2O/MeOH structure, Scheraga hydrophobic effect, book on clathrates); HW8 (Kancharla, Fajalia, Figure 3, Hammouda, OPE paper, Polymer Aggregation, PEDOT/PSS Seebeck, Supramolecular Polymers, Extentional Rheology, PVME/Water); HW9 (French Graphene Paper; Burchard Book p.113); HW10 (Epoxy Curing XPCS Hilmar Paper; Supporting Information Hilmar Paper; Reference 17 Particle Tracking; Reference 25 Scaled Exponential Decay; Fluid Mechanics of Microrhelogy; One Time/Two Time Correlation Functions; Multiwave Oscillatory Rheology; Calculate Two Time Correlation Function 2003; Flory Stockmeyer gelation equation; Mason 2000 GSE equation); HW11 (Rouse PNC Paper 2022; Supplemental Rouse PNC Paper 2022; Ref 54 Rouse PNC Paper 2022; MIT Slides on Rouse Model; Gert Strobl Book; Sticky Rouse Model; Supporting Info Sticky Rouse Model); HW12 (Nature Weavings; Ref 38; Ref 40; Ref 41; Ref 45; Ref 48; Ref 51; Ref 52; Slip Link Model and NSE; Review of the Flow of Bubbles and Foams 2022; Rheology of Dense Suspensions; Krieger and Dougherty Paper; Anton-Paar webpage on suspension rheology; Derivation of Krieger Dougherty Equation; Hsueh and Wei 2009; Mooney Viscosity 1989; Mooney-Rivlin Equation; Mooney-Rivlin Plot; Rubber Elasticity (H Marand); Mooney viscometer); HW13 (Shen Nature dielectrics; Supporting Info Shen; Osada 2D Dielectrics; Xu Chapter 11 (add f); Deng; Review of ML for Dielectrics; Perovskites; Supporting info for Perovskites; Nature Paper Synchrotron; Melting point deep eutectic; UHMWPE p. 831 (add f)); HW14 ( McKay 2006; Zhou Schweizer 2022; Supporting Info Schweizer 2022; Ref 8; Ref 10; Ref 35; Tyler Martin PRISM; Zhou Yavitt; Akcora 2009; Supplemental Ackora; Bailey Winey Review 2020; Huang Review 2022)

Homework S2023: HW 1 (McLeish Schneider Silk Simulation, Silk Nature); HW2 (Everaers , Kremer Grest 3000 citations , Example of LAMMPS simulation using KG Model ); HW3 (Chen, Tzounis, Binder, GROMACS, PERM method , dihedral angle wiki , leap frog method , steepest decent , Ensembles, dihedral angle protein structure , protein data bank, .pdb viewer); HW 4 ( Horkay Jack Douglas nanogels , Second Virial Coefficient, Noda Ref. 62, Ref 88 modulus of swollen gels); HW 5 (ChatGPT,Coil Globule Magnetic Tweezers Liu , Supplemental for Liu , Magnetic Tweezers Review , Giant Molecules Chapter 9 , Persistence 10 monomers, Kuhn 20, Freiburg AFM, Freiburg Supporting Info, Artifical Muscles ); HW 6 (O'Connell, O'Connell Supplemental, Figure 4b digitized (igor file .pxp), Figure 4b (.pdf), Grosberg Chromatin study, Bottle Brush Gels, AFM Ó Ó Tensile Blob); HW 7 (Dendrimers Nature, supplemental, Kainthan 2006 dendrimers, ul haq 2013, ul haq supplmental 2013, Nanolubricants, Steibeck Curve and Hersey number, Lubrication Regimes , Synvisc One , MALS/GPC , Bridge Viscometer Paper, Polymer Characterization Class , GPC with Light Scattering a zip file that makes "LSU Training Binder", Various types of lubricants, Degree of Branching ); HW8 ( Aomura Paper 2022 , Roland Mooney Rivilin Plot, Paper on MR Plot, Flory I P. 470 and 474, Herve Marand Notes rubber elasticity, j-PAAC , BLO2 at J-PAAC, Fragility of Glasses Nature 1999, Fragility and stretched exponentials, Wiki Fragility, Wiki Stretched Exponential, Wiki Weibull Distribution, Degennes paper on relaxation times for Figures 4b,5b,6b , Jon Nickels Talk, Jon Nickels Paper 2022, 2021 simulation of networks with variable chain length); HW 9 ( Rouse to Zimm Transition 2022 , Wagner Time Concentration Superposition 2006 , Microrheology Review , .pdf, ColbyRubenstein Ch. 8a, Zimm paper 1953 , Rubenstein R as paramter ); HW 10 (Qiao Janus, Qiao Supporting Info , Schwarzl Method, Palierne 1000 citations, Palierne Analysis 387 citations, Ref 41 to get G0, How to get relaxation spectra Honerkamp Weese 2019 , Review of Janus particle polymer nanocomposites, Wiki Maragoni effect, UC Davis, Ron Larson 2000 citations, Witten Nature Paper 1997, Flocking Janus Particles 2017 review); HW 11 ( McKay 2006; Zhou Schweizer 2022; Supporting Info Schweizer 2022; Ref 8; Ref 10; Ref 35; Tyler Martin PRISM; Zhou Yavitt; Zhou Yavitt Supporting Info Fig S4 Compares; Akcora 2009; Supplemental Ackora; Bailey Winey Review 2020; Huang Review 2022); HW 12 (Foglia Nature 2022; Foglia Supplemental, Membranes Review, Membranes book, Talk on QENS , Bee Quasielastic Neutron Scattering p. 124-147, 153, Ch. 5, p. 381-389, 399, Heterogeneity of PA membranes, Structure of Water Near Hydrophobic Surfaces, Water Uptake Rate, TMS, MPD, Fixed Window Scan); HW 13 (Koros 2023 Macro, Supporting Info Koros 2023, Koros 2013 ethane/ethylene, Koros CO2 Polyimid Membranes, Dual Transport Model for Glassy Polymers, Ref 14 upper bound, Ref 15 Upper Bound, Ref 16 Upper Bound, Ref 3 Coupling Separation, Ref 28 2012 Review on facilitated transport, 2008 Chemical Complexation, Solid facilitated transport 2001 , Ref 5 2012 pyrolysis, Langmuir Equation , Henry's Law , Raoult's Law, Ref 6 2023 paper antiplasticization, Ref 5 2023 paper Plasticization); HW 14 (Shen Nature dielectrics; Supporting Info Shen;Lectures on Phase Field Simulation; Osada 2D Dielectrics; Xu Chapter 11 (add f); Deng; Review of ML for Dielectrics; Perovskites; Supporting info for Perovskites; Nature Paper Synchrotron; Melting point deep eutectic; UHMWPE p. 831 (add f), QUESTION 2 Tg PaAPER,Chem Mat five areas fro Materials Research, AI Robot to get HDPE bottles, IR to separate PET bottles , Conveyer belts, Manual Sorting, Air to separate boxes, Crane loading station , CEN 2304 features article, Tesla Auto driving, Hands on Machine Learning, Goodyear Luxembourg Melt Instabilitily, Reference 3 melt instability, Deep learning for phase transitions 2023, Data Drive Design 2023)

Useful Links for Critical Reviews:
Citation Search for UC/Ohiolink

Plagiarism (PLEASE READ BEFORE YOU WRITE A CR)

Optional Projects
Project 1: Simulation of Random Walks
(Shape Distribtion Function of Solc B; A)
Project 2: More Random Walk Things
Project 2b: SAW by Loop Erased Random Walk (PHYSICAL REVIEW E 101, 012104 (2020))
Project 3: Ising Model Simulation using Metropolis Method
Metropolis web page (You can just search Google for Metropolis)
Ising Model UC Davis
Project 4: Dumbell Model Simulation
Monte Carlo

Simon Fraiser Univ. Simulation Class
Scott Korfhagen (MS UC 2007) Executables Project 1 and 2
Jessica Kangas 100 Random Walks in a Mov file