679 - 679 |
Focus issue: High pressure technology Arlt W |
685 - 688 |
Supercritical fluids and applications - A patent review Schutz E |
689 - 694 |
Density measurements of fluids and their mixtures at high pressure Palavra AMF, Cardoso MAT, Coelho JAP, Mourato MFB |
695 - 701 |
Pressure relief of high pressure devices Luft G, Broedermann J, Scheele T |
702 - 708 |
Distillation under high pressure: A behavioral study of packings Assaoui M, Benadda B, Otterbein M |
709 - 714 |
Solid bed properties under high gas PressureSolid bed properties Voges S, Jaeger P, Eggers R |
715 - 720 |
Numerical simulation of heat and mass transfers in a supercritical dissolution column Souiy Z, Ben Moussa A, Ksibi H |
721 - 725 |
First catalytic hydroaminomethylation in supercritical ammonia Klein H, Jackstell R, Kant M, Martin A, Beller M |
726 - 731 |
Direct synthesis of linalyl acetate from linalool in supercritical carbon dioxide: A thermodynamic study Martin A, Silva V, Perez L, Garcia-Serna J, Cocero MJ |
732 - 736 |
A Supercritical fluid-assisted, integrated process for by-products from fat and lipid production Weber A, Lee EH, Shin SK, Chun BS |
737 - 741 |
Concentration of wax-like alcohol ethoxylates with supercritical propane Schwarz CE, Nieuwoudt I, Knoetze JH |
742 - 748 |
Control of the molecular weight distribution of petroleum pitches via dense-gas extraction Cervo EG, Thies MC |
749 - 754 |
Hydrothermal Biomass gasification - Effects of salts, backmixing, and their interaction Kruse A, Faquir M |
755 - 757 |
Effect of a new pressure change technology (PCT) on microorganisms: An innovate concept for food safety Bonsch K, Wecks M, Ondruschka J, Staudt R |
758 - 763 |
Model assessment for the prediction of mass transfer coefficients in liquid-liquid extraction columns Outili N, Meniai AH, Gneist G, Bart HJ |
764 - 773 |
Kinetic modeling of phenol hydroxylation for a simulated prognosis of its continuous operation Schulz-Ekloff G, Thiele G, Brunssen D, Koch E, Alvarez L |
774 - 781 |
Kinetics of solvent extraction of copper(II) by bis-(2,4,4-trimethylpentyl)phosphonic acid using the single drop technique Biswas RK, Ali MR, Karmakar AK, Kamruzzaman M |
782 - 789 |
Investigation of soot formation during partial oxidation of diesel fuel Roth K, Wirtz S, Scherer V, Nastoll W |
790 - 796 |
Experimental and numerical studies of Fe2O3 particle formation processes in a hat flame burner Beck M, Wirtz S, Scherer V |
797 - 801 |
Mass transfer around a spheroid buried in granular beds of small inert particles and exposed to fluid flow Delgado JMPQ |