Session Polymers, Colloids & Interfaces by David Spichiger

Get full text

Session Polymers, Colloids & Interfaces by Céline Wittwer

Get full text

Session Polymers, Colloids & Interfaces by David Spichiger

Get full text

Session Polymers, Colloids & Interfaces by David Spichiger

Get full text

Organophilic colloidal clay as an emulsifier by Cretella, Mary C

Get full text

The production, precipitation, and migration of colloids by Sammet, C. Frank (Charles Frank)

Get full text

Microfluidic synthesis of colloidal nanomaterials by Khan, Saif A

Get full text

Motion-reversal in colloidal walkers by Su, Yi-Han, S.B. Massachusetts Institute of Technology

Get full text

Transformable masks for colloidal nanosynthesis by Wang, Zhenxing, He, Bowen, Xu, Gefei, Wang, Guojing, Wang, Jiayi, Feng, Yuhua, Su, Dongmeng, Chen, Bo, Li, Hai, Wu, Zhonghua, Zhang, Hua, Shao, Lu, Chen, Hongyu

“…Unlike organic chemistry, where the variety of functional groups provides numerous handles for designing chemical selectivity, colloidal particles have only facets and ligands. Such handles are similar in reactivity to each other, limited in type, symmetrically positioned, and difficult to control. …”
Get full text
Get full text

Ultrasound propagation in colloidal dispersions by Sherman, Nigel E.

“…This thesis describes apparatus and techniques for making ultrasonic measurements in fluids and applications of them to measurements of ultrasonic parameters in colloidal dispersions. A brief description of the properties and uses of ultrasound propagation in dispersions is followed by an extensive review of theories which relate the particulate properties of the dispersions to the measurable ultrasonic parameters, velocity (c) and attenuation (a [alpha]). …”
Get full text

Interactions of quadrupolar nematic colloids. by Skarabot, M, Ravnik, M, Zumer, S, Tkalec, U, Poberaj, I, Babic, D, Osterman, N, Musevic, I

“…We present experimental and theoretical study of colloidal interactions in quadrupolar nematic liquid crystal colloids, confined to a thin planar nematic cell. …”

Colloidal crystal-fluid interfaces by Dullens, R, Aarts, D, Kegel, W

“…In this article we show that colloidal systems are excellent model systems to experimentally study crystal-fluid interfaces. …”

The structure of colloid-polymer mixtures by Louis, A, Finken, R, Hansen, J

Dynamics of colloidal particles in ice by Spannuth, M, Mochrie, S, Peppin, S, Wettlaufer, J

“…We use X-ray Photon Correlation Spectroscopy (XPCS) to probe the dynamics of colloidal particles in polycrystalline ice. During freezing, the dendritic ice morphology and rejection of particles from the ice created regions of high-particle-density, where some of the colloids were forced into contact and formed disordered aggregates. …”

Magnetically actuated colloidal microswimmers. by Tierno, P, Golestanian, R, Pagonabarraga, I, Sagués, F

“…Here we show that DNA-linked anisotropic colloidal rotors, composed of paramagnetic colloidal particles with different or similar size, achieve controlled propulsion when subjected to a magnetic field precessing around an axis parallel to the plane of motion. …”

Magnetically Actuated Colloidal Microswimmers. by Tierno, P, Golestanian, R, Pagonabarraga, I, Sagués, F

“…Here we show that DNA-linked anisotropic colloidal rotors, composed of paramagnetic colloidal particles with different or similar size, achieve controlled propulsion when subjected to a magnetic field precessing around an axis parallel to the plane of motion. …”

Frost Heave in Colloidal Soils. by Peppin, S, Majumdar, A, Style, R, Sander, G

“…We develop a mathematical model of frost heave in colloidal soils. The theory accountsfor heave and consolidation while not requiring a frozen fringe assumption. …”

Active colloids and polymer translocation by Cohen, J

“…</p> <p>In the first part we introduce active colloids in the context of active matter and focus on the particular case of phoretic colloids. …”

Dynamics of colloidal particles in ice. by Spannuth, M, Mochrie, S, Peppin, S, Wettlaufer, J

“…We use x-ray photon correlation spectroscopy (XPCS) to probe the dynamics of colloidal particles in polycrystalline ice. During freezing, the dendritic ice morphology and rejection of particles from the ice created regions of high particle density, where some of the colloids were forced into contact and formed disordered aggregates. …”

Pattern formation in colloidal explosions by Straube, A, Louis, A, Baumgartl, J, Bechinger, C, Dullens, R

“…We study the non-equilibrium pattern formation that emerges when magnetically repelling colloids, trapped by optical tweezers, are abruptly released, forming colloidal explosions. …”