BOX-BEHNKEN DESIGN-BASED OPTIMIZATION FOR DEPROTEINIZATION OF CRUDE POLYSACCHARIDES IN LYCIUM BARBARUM BERRY RESIDUE USING THE SEVAG METHOD

Box-Behnken design-based optimization for deproteinization of crude polysaccharides in Lycium barbarum berry residue using the Sevag method

Deproteinization of crude polysaccharides in the residue from Lycium barbarum berries (LBBs) was conducted using the Sevag method.A Box-Behnken design based on single-factor experiments was employed to optimize the deproteinization technology.The results showed that the deproteinization conditions had significant effects on the extraction yield of

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Computer simulation of stone falls and rockfalls

The paper gives an overview of the literature on available computer (simulation) models of stone falls and rockfalls, divided into 2D and 3D models.2D models consider single blocks in the wilds of eldraine prerelease guide rock-fall mass as lumped mass or a rigid body, and are used to assess the single rockfall natio glide on eyeshadow stick runout

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Evaluating Scenario-Specific Loading Processes on Mobile Phones

The manuscript presents a study that evaluates satisfaction with loading processes during human interactions with mobile devices.This is an innovative study to investigate human perception in terms of loading time for critical scenarios using a realistic mobile device.The scenarios were retrieved by internet searching.Consequently, high-fidelity mo

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Structural Health Monitoring of Multi-Storey Frame Structures using Piezoelectric Incompatibility Filters: Theory and Numerical Verification

In the present paper, we develop a novel method for structural health monitoring of multi-storey frame structures with the capability to detect and localise local damage.The method uses so-called spatial incompatibility filters, which are continuously distributed strain-type sensors only sensitive to incompatibilities.In the first part of the paper

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