Influence of alignment of crystalline confining surfaces on static forces and shear in a liquid crystal, 4′-n-pentyl-4-cyanobiphenyl

Keyphrases

• Static Shear 100%
• Cyanobiphenyl 100%
• Liquid Crystal 100%
• Film Thickness 100%
• Static Force 100%
• Shear Response 50%
• Shear Deformation 50%
• Viscoelastic Response 50%
• Mica 50%
• Stick-slip 50%
• Muscovite Mica 50%
• Linear Viscoelasticity 50%
• Twist Angle 50%
• Elastic Response 25%
• Shear Thinning 25%
• Liquid-like 25%
• Crystal Lattice 25%
• Molecular Layer 25%
• Two-layer 25%
• Large Amplitude 25%
• Limiting Shear Stress 25%
• Mica Surface 25%
• Effective Shear Modulus 25%
• Anisotropic Molecules 25%
• Oscillatory Force 25%
• Crystallographic Axes 25%
• Force-distance Curve 25%
• Friction Behavior 25%
• Local Extrema 25%
• Distance Relation 25%
• Sliding Direction 25%
• Planar Orientation 25%
• Misalignment 25%
• Oscillatory Shear 25%
• Optical Axis 25%
• Nonlinear Viscoelastic Material 25%
• Shear Frequency 25%
• Limit Strain 25%
• Fluid Layer 25%
• Surface Alignment 25%

Engineering

• Liquid Crystal 100%
• Stick-Slip 100%
• Shear Deformation 100%
• Twist Angle 100%
• Confining Surface 100%
• Shear Thinning 50%
• Anisotropic 50%
• Molecular Layer 50%
• Crystal Surface 50%
• Oscillatory 50%
• Elastic Response 50%
• Shear Modulus 50%
• Oscillatory Force 50%
• Distance Curve 50%
• Fluid Layer 50%
• Optical Axis 50%

Material Science

• Crystalline Material 100%
• Liquid Crystal 100%
• Film Thickness 100%
• Film 50%
• Elastic Moduli 25%
• Mica Surface 25%
• Crystal Lattice 25%