Chengmin Zhou, Wenhui Gu, Xin Luo, Jake Kaner
Building a 4E interview-grounded theory model: A case study of demand factors for customized furniture
PloS one
paper brownian dynamics simulation bds studies executed demonstrate distinctive influences extent confinement collapsing mechanism kinetics flexible hydrophobic polymer chain poor solvent collapsing behavior quantified time collapse critical dimension confinement hc encounters drastic reduction strengthening degree confinement dimensions greater critical one collapse occurs wellknown hydrodynamic interaction hi controlled multipleglobulemediated mechanisms however channel dimensions less critical one collapse mechanism drastically altered circumstances collapse gets predominantly controlled confinement effects negligible contribution occurs via formation single central globule central globule rapidly engulfs noncondensed polymer segments process largely hastens collapsing event circumstances collapse time found decrease linearly decrements channel height contrary channel heights greater hc multipleglobulemediated collapse characterized collapse time shows exponential dependence channel height rapidly attaining state confinement effect becomes inconsequential dictate entire collapsing behavior propose detailed arguments based physical reasoning well free energy estimations conclusively support qualitative quantitative nature influences confinement polymer collapse