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Mutator phenotype modei.

Mutek DFR-04 . The Miitek DFR-04 Drainage Retention Freeness tester is the first laboratory unit that automatically detects the retention of fibres, fines and fillers. Within a few minutes it can be changed for drainage as well as freeness measurements. Advanced hardware and software allows simulation of paper machine conditions and evaluation of drainage and retention aids

Muthusamy approach to decahydrocarbazoles.

Muthusamy arylidene cycloaddition.

Muthusamy oxotricyclic formation.

Mutiple layering in BET theory

Mutual agreements, obligations, and considerations flowchart

Mutual and self-diffusion coefficients for polystyrene toluene system at 110 C. Adapted, by permission, from F D Blum, S Pickup, R A Waggoner, Polym. Prep., 31 .

Mutual and self-diffusion coefficients forpolystyrene toluene system at 110 C. Adapted, by permission, from F D Blum, S Pickup, R A Waggoner, Polym. Prep., 31 .

Mutual and self-difiiision coefficients for polystyrene toluene system at HOT

Mutual association of locust gum glucomannan chains. Stephen, 1995, fig 11.10. Reproduced by permission of Taylor Francis - Marcel Dekker.

Mutual Belief Model and interaction schemes.

Mutual bonding of islands by hydrogen bonds through water molecules

Mutual coupling between spaced out cables.

Mutual dependence of neighboring internuclear distances in sulfur homocycles

Mutual dependence of Q i and Q d order parameters. In the upper part of the figure is outlined the T dependence of substitutional disorder Qod for different values of Qdi and, in the lower part, the T dependence of the displacive disorder parameter Qdt for different values of The heavy lines on the surface of local curves represent the solution for thermal equilibrium. From E. Salje and B. Kuscholke, Thermodynamics of sodium feldspar II

Mutual diffusion between two polymers of very differing mobilities. The less mobile polymer relaxes by bulk flow, causing the interface position to move Ax towards the side rich in the more mobile polymer.

Mutual diffusion coefficient Dm versus T for a PS PVME blend undergoing spinodal decomposition. T-jumps, across the spinodal temperature 151.2 C, were performed in both directions, quenching into SD region, and reverse, quenching from the SD region

Mutual diffusion coefficient in PS PVME system vs. T. The data were obtained from the spinodal decomposition, SD, across the spinodal temperature, 151.2 C. Quenching into SD region, and reversed quenching from the SD region were performed Sato and Han, 1988 .

Mutual diffusion coefficient of poly

Mutual diffusion coefficients as functions of the concentration for blends of deuterated polystyrene N 9.8 X 10 and normal polystyrene N 8.7 X 10 . The diffusion temperatures were 166 C .

Mutual diffusion coefficients of CO2 in PS . From Ref

Mutual diffusion coefficients, of the two molecular populations of a fluorescent dye dispersed in poly plotted as functions of reciprocal absolute temperature. The technique used was laser fluorescence photobleaching recovery.

Mutual diffusivity T of a mixture of hexane and nitrobenzene at the critical composition as a function of T — Tc. The solid curve represents equation .

Mutual dispersion profiles of sample Mutual concentration gradients of Cr and C5.



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