Factors influencing the barrier in DLVO Polymer- colloid interactions Stretching and compressing a polymer Flory theory Optical microscopy lenses Mark- Houwink- Sakurada conceptual question Blobology Position autocorrelation function Magnitude of interfacial tension Capillary hysteresis More than 6 problems Types of deformations and plots DLVO plot Derivation without the necessary formulas given Rods Calculation question without any given numbers CMC curve MSD What characterises soft matter? Interaction between two surfaces (slabs) Maxwell model or Kelvin Voigt model Rayleigh- Gans- Debye theory Hamaker constant (where does A132 come from?) Capillary adhesion, rise Factors influencing the barrier in DLVO Polymer- colloid interactions Stretching and compressing a polymer Flory theory Optical microscopy lenses Mark- Houwink- Sakurada conceptual question Blobology Position autocorrelation function Magnitude of interfacial tension Capillary hysteresis More than 6 problems Types of deformations and plots DLVO plot Derivation without the necessary formulas given Rods Calculation question without any given numbers CMC curve MSD What characterises soft matter? Interaction between two surfaces (slabs) Maxwell model or Kelvin Voigt model Rayleigh- Gans- Debye theory Hamaker constant (where does A132 come from?) Capillary adhesion, rise
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
G-Factors influencing the barrier in DLVO
O-Polymer-colloid interactions
G-Stretching and compressing a polymer
I-Flory theory
G-Optical microscopy lenses
G-Mark-Houwink-Sakurada conceptual question
N-Blobology
N-Position autocorrelation function
I-Magnitude of interfacial tension
B-Capillary hysteresis
I-More than 6 problems
N-Types of deformations and plots
N-DLVO plot
B-Derivation without the necessary formulas given
O-Rods
O-Calculation question without any given numbers
O-CMC curve
B-MSD
I-What characterises soft matter?
B-Interaction between two surfaces (slabs)
O-Maxwell model or Kelvin Voigt model
B-Rayleigh-Gans-Debye theory
I-Hamaker constant (where does A132 come from?)
G-Capillary adhesion, rise