Mass transfer limitations at crystallizing interfaces in an atomic force microscopy fluid cell: A finite element analysis

Physics & Astronomy

• mass transfer 71%
• solutes 70%
• crystal growth 61%
• atomic force microscopy 59%
• fluids 46%
• cells 42%
• oxalates 35%
• equilibrium flow 34%
• calcium 25%
• supercomputers 17%
• flow visualization 14%
• low resistance 14%
• in situ measurement 14%
• crystal surfaces 14%
• proximity 12%
• shielding 11%
• depletion 11%
• flow distribution 11%
• finite element method 10%
• flow velocity 10%
• microscopes 10%
• simulation 10%
• continuums 9%
• momentum 9%
• crystals 6%

Engineering & Materials Science

• Crystal growth 92%
• Mass transfer 69%
• Fluids 50%
• Finite element method 48%
• Calcium 28%
• Crystals 25%
• Supercomputers 14%
• Flow visualization 14%
• Shielding 13%
• Microscopes 12%
• Momentum 12%
• Flow fields 10%
• Flow rate 9%
• Experiments 4%

Chemical Compounds

• Mass Transfer 65%
• Atomic Force Microscopy 62%
• Solute 55%
• Crystal Growth 54%
• Flow 50%
• Calcium Oxalate 29%
• Momentum 14%
• Simulation 14%
• Flow Kinetics 8%
• Force 7%
• Resistance 7%
• Volume 6%
• Surface 3%