Using intensity autocorrelation of multiply scattered light, we show that the increase in interparticle interaction in dense, binary colloidal fluid mixtures of particle diameters 0.115µm and 0.089µm results in freezing into a crystalline phase at volume fraction? of 0.1 and into a glassy state at?=0.2. The functional form of the field autocorrelation functiong (1)(t) for the binary fluid phase is fitted to exp[??(6k 0 2 D eff t)1/2] wherek 0 is the magnitude of the incident light wavevector and? is a parameter inversely proportional to the photon transport mean free pathl*. TheD eff is thel* weighted average of the individual diffusion coefficients of the pure species. Thel* used in calculatingD eff was computed using the Mie theo...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
Three fundamental experiments on multi-particle interactions in hard-sphere systems are presented in...
Using intensity autocorrelation of multiply scattered light, we show that the increase in interparti...
Using intensity autocorrelation of multiply scattered light, we show that the increase in interparti...
In the study of colloidal glasses, crystallization is often suppressed by leveraging size polydispe...
In the study of colloidal glasses, crystallization is often suppressed by leveraging size polydisper...
We report an unexpected behavior of the intensity autocorrelation functions CVV ( t ) (polarized) an...
We report an unexpected behavior of the intensity autocorrelation functions CVV ( t ) (polarized) an...
Restricted AccessWe report an unexpected behavior of the intensity autocorrelation functions CVV(t) ...
We report an unexpected behavior of the intensity autocorrelation functions CVV(t) (polarized) and C...
Three fundamental experiments on multi-particle interactions in hard-sphere systems are presented in...
East tunability of interparticle interactions makes aqueous suspensions of charged polystyrene spher...
East tunability of interparticle interactions makes aqueous suspensions of charged polystyrene spher...
This work demonstrated the application of diffusing wave spectroscopy (DWS), a multiple light scatte...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
Three fundamental experiments on multi-particle interactions in hard-sphere systems are presented in...
Using intensity autocorrelation of multiply scattered light, we show that the increase in interparti...
Using intensity autocorrelation of multiply scattered light, we show that the increase in interparti...
In the study of colloidal glasses, crystallization is often suppressed by leveraging size polydispe...
In the study of colloidal glasses, crystallization is often suppressed by leveraging size polydisper...
We report an unexpected behavior of the intensity autocorrelation functions CVV ( t ) (polarized) an...
We report an unexpected behavior of the intensity autocorrelation functions CVV ( t ) (polarized) an...
Restricted AccessWe report an unexpected behavior of the intensity autocorrelation functions CVV(t) ...
We report an unexpected behavior of the intensity autocorrelation functions CVV(t) (polarized) and C...
Three fundamental experiments on multi-particle interactions in hard-sphere systems are presented in...
East tunability of interparticle interactions makes aqueous suspensions of charged polystyrene spher...
East tunability of interparticle interactions makes aqueous suspensions of charged polystyrene spher...
This work demonstrated the application of diffusing wave spectroscopy (DWS), a multiple light scatte...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
The theory of Brownian motion has not yet reached the point where the dynamic properties of concentr...
Three fundamental experiments on multi-particle interactions in hard-sphere systems are presented in...