Search Results - "Schnitzlein, K."

Enzymatic hydrolysis of rapeseed oil by Thermomyces lanuginosus lipase: variation of continuous and dispersed phase in a slug flow reactor by Schröter, S., Schnitzlein, K.

“…This paper takes a look on the effects of mass transport limitation occurring in hydrolysis of rape seed oil by means of an interfacial activated lipase from…”
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The influence of confining walls on the pressure drop in packed beds by Eisfeld, B, Schnitzlein, K

“…The influence of the container walls on the pressure drop of packed beds is investigated. A detailed analysis of more than 2300 experimental data points…”
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new model for the design and analysis of trickle bed reactors by Schwidder, S, Schnitzlein, K

“…A new discrete model was developed for the design and analysis of catalytic trickle bed reactors operating in the low interaction regime based on the local…”
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Modeling radial dispersion in terms of the local structure of packed beds. Part II: Discrete modeling approach by Schnitzlein, K.

“…In order to represent radial dispersion phenomena in packed beds a three-dimensional network model is proposed based on characteristic structural properties of…”
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Predicting the static liquid holdup for cylindrical packings of spheres in terms of the local structure of the packed bed by Schwidder, S., Schnitzlein, K.

“…A discrete 3D model has been developed for the prediction of static liquid holdup in cylindrical packed beds of spheres incorporating the local structural…”
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Modelling radial dispersion in terms of the local structure of packed beds by Schnitzlein, K.

“…A numerical study was made in order to investigate whether the radial dispersion mechanism dependent on the packing structure can be represented by means of a…”
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A new pseudo-continuous model for the fluid flow in packed beds by Eisfeld, B., Schnitzlein, K.

“…A new pseudo-continuous model, describing the fluid flow through packed bed reactors, is developed by formulating the Navier–Stokes equations for a…”
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Inline Concentration Monitoring of Binary Liquid Mixtures in the Presence of a Dispersed Gas Phase with a Modified Speed of Sound Immersion Probe by Machefer, S., Schnitzlein, K.

“…A commercial speed of sound (SOS) immersion probe has been modified in order to permit concentration measurements of liquid mixtures in the presence of…”
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Surface Specific Mixing Rule for Ionic Diffusion Coefficients at Infinite Dilution in Polymer/Water Mixtures by Machefer, S., Schnitzlein, K.

“…It has recently been shown that the viscosity of polymer/water mixtures can be accurately predicted with an ideal linear mixing rule based on molecular van der…”
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Poröses Kohlenstoffmaterial zur Immobilisierung von Lipase - Vergleichende Messungen mit Methacryl-Beads by Barig, S., Utgenannt, S., Heine, A., Reichardt, C., Klepel, O., Schnitzlein, K., Stahmann, K.-P.

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A Note on Factorial Designs for Kinetic Investigations of Heterogeneous Catalytic Reactions in Differential Recycle Reactors by Schnitzlein, K.

“…A study was performed to demonstrate that reliable values for the kinetic parameters can be determined from kinetic data obtained experimentally by simply…”
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Thermobalance for Kinetic Investigations of Heterogeneous Catalysts by Schnitzlein, K., Otto, O.

“…Thermal analysis (TA) is particulary useful for investigations of gas–solid reactions due to the possibility of simultaneous monitoring of mass changes,…”
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Online-Monitoring der lipasekatalysierten Hydrolyse von Rapsöl by Saulich, K., Schnitzlein, K.

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Poröses Kohlenstoffmaterial zur Immobilisierung von Lipase – Vergleichende Messungen mit Methacryl‐Beads by Barig, S., Utgenannt, S., Heine, A., Reichardt, C., Klepel, O., Schnitzlein, K., Stahmann, K.‐P.

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Bestimmung von Dampf/Flüssig‐Gleichgewichtsdaten mittels Differenzialkalorimetrie – Experiment und theoretische Validierung by von Buchholz, I., Schnitzlein, K.

“…Vorgestellt wird ein auf der Kopplung von dynamischer Differenzialkalorimetrie und Gasanalytik basierendes Verfahren zur experimentellen Bestimmung von…”
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Relevanz eines informationstheoretischen Preprocessings bei der Prozessmodellierung mit Neuronalen Netzen by Machefer, S., Schnitzlein, K.

“…Vorgestellt wird die Anwendung einer modernen Preprocessing‐Methodik zur simultanen Datenaufbereitung und Variablenselektion für die Prozessmodellierung mit…”
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Experimentelle Bestimmung von VLE‐Daten mittels dynamischer Differenzialkalorimetrie by von Buchholz, I., Schnitzlein, K.

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Konzentrationsmonitoring bei Gas/Flüssig‐Reaktionen mittels einer modifizierten Schallgeschwindigkeits‐Sonde by Schwidder, S., Machefer, S., Schnitzlein, K.

“…Am Beispiel der Hydrierung von α‐Methylstyrol (AMS) wird der Einsatz einer Schallsonde, die sich durch Robustheit und Unabhängigkeit von den optischen…”
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Simple Determination of Segment Numbers for Complex Polymer-Solvent Systems by Machefer, S., Schnitzlein, K.

“…A theoretical analysis was made to show that segment numbers for complex polymers can be determined by interpreting pVT data in terms of an appropriate…”
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Variable selection and data pre-processing in NN modelling of complex chemical processes by Papadokonstantakis, Stavros, Machefer, Stephan, Schnitzlein, Klaus, Lygeros, Argyrios I.

“…The neural network models represent nowadays a powerful tool for complicated process identification. However, because of the fact that they belong to the…”
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