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Krafft s tensile-ligament instability model for fracture. Schematic of physical process .

Krafft temperature as a function of critical solution pressure for various surfactants.

Krafft-CMC relationship for two families of surfactants black

Kraft cooking, . Both cooks were to an H factor of 1300

Kraft lignin fractionation into two subsets of species during desalting by elution with aqueous 35 diaxane through Sephadex LH20 of an initially 4.5 gL 1 sample solution at 2.3 M ionic strength containing 0.32 M aqueous NaOH.

Kraft lignin fractionation into two subsets of species during desalting by elution with aqueous 35 dioxane through Sephadex LH20 of an initially 4.5 gL sample solution at 2.3 M ionic strength containing 0.32 M aqueous NaOH.

Kraft process design, where

Kraft pulping process.

Krafts muguet olfactophore

Kraljic s portfolio model

Kralt inorganic chemistry.

Kramer et a ., 1975a . Published with permission from Lipids.

Kramer et al., 1975a . Published with permission from Lipids.

Kramer, M. Wolter, S. Michaelis, W. Plieth,

Kramers example of a plug-flow tubular reactor in series. Note that the C-curve is the same for both

Kramers-Kronig relations

Kramers-Kronig spectra of Te3Cl2 and a-Tel

Kramers-Kronig test residuals of a typical impedance spectrum, calculated with the KK Test for Windows software .

Kramers-Kronig transformed spectra of 6-XXXV obtained from the reflection spectra of

Kramers-Kronig transforms of impedance data for Ti02-coated carbon steel in HCl KCl solution at 25 C

Kramers-Kronig transforms of impedance data for Ti02-coated carbon steel in HCl KCl solution Comparison of

Krapcho and Vivelo synthesis. Reagents

Kratkj plots of 77v SALS scattering for isothermal crystallization of EH064 at 109

Kratky plot . The fnU line is a fit with Yamakawa s pseudoanalytical scattering curve. Replotted from .

Kratky plot for atactic polystyrene.



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