R&D in the national system of innovation : a system dynamics model

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Combining in silico and in vitro approaches to discover novel inhibitors of Acetylcholinesterase

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Confined counterions surrounding a Macroion : a field theoretic approach by Boonzaaier, Leandro

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Development of a platform for rational diagnostic design using a venom-antibody model by Lermer, Anné

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An investigation of the effectiveness of using Twitter data for predicting South African protests with Graph Neural Networks

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SDN-based adaptive data-enabled channel estimation in the internet of maritime things for QoS enhancement in nautical radio networks

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Hierarchical model predictive control of a venlo-type greenhouse

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Electronic and solvent effects on monosaccharide conformations by Barnett_CB

“…The solvent conformational preference is dominated by the intrinsic stereoeIectronic effect and steric interactions. The gauche effect in monosaccharides has been successfully rationalised.…”
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Electronic and solvent effects on monosaccharide conformations by Barnett, Christopher Bevan

“…The solvent conformational preference is dominated by the intrinsic stereoeIectronic effect and steric interactions. The gauche effect in monosaccharides has been successfully rationalised.…”
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Development and modelling of new wideband microstrip patch antennas with capacitive feed probes

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Using the movability number to model local clear-water scour in rivers by Abban, Benjamin

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The development of a scale to measure perceptions of the advanced automated aircraft training climate

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Investigating the structural impact of hiv-1 integrase natural occurring polymorphisms and novel mutations identified among group m subtypes circulating in sub-Saharan Africa by Mikasi, Sello Given

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The development and application of a simultaneous two-way coupled, discrete element method and smoothed particle hydrodynamic model for spatial scale-up dynamics of laboratory vert... by Ssebunnya, Divine

“…This study presents a two-way coupled DEM-SPH model that computes the DEM and SPH portions of the mill system simultaneously and resolves their interaction forces through a two-way coupling interface. …”
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Novel Quercetin-Based Sensors for Aluminum Detection in Complex Matrices by ali, nada magdy

“…Further research was conducted to test the applicability of the designed sensor for analyzing aluminum in various dietary samples and simulated biological fluids. This study also validated the binding interactions between ions and quercetin theoretically using Density Functional Theory computation, which revealed a strong correlation with experimental findings. …”
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Numerical (FEA) evaluation of crane end buffer impact forces by Haas, Trevor Neville

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A spectroscopic study of square planar rhodium(I) complexes by Hall, Philip Simon

“…The enthalpy and entropy values for the intermolecular exchange of L in the complexes cis-[Rh(CO)₂(X)(L)] were obtained by a complete computer simulated band shape analysis of the carbonyl region of the ¹³C nmr spectra. …”
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The self-concept of spinally-injured people : the role of frequent internet communication within cyber-communities

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An Algebraic Volume of Fluid Method for Strongly Coupled Spacecraft Fuel Slosh Modelling by Jones, Bevan W S

“…To this end, this thesis details a high resolution mathematical model capable of predicting the dynamic interaction between fuel slosh and the rigid structure of a spacecraft. …”
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Leveraging numerical relativity formulations for perturbative analysis: applications to quasinormal modes in general relativity by Nkele, Sipho

“…Despite their complementary strengths, numerical relativity and perturbation theory are often treated as distinct approaches, with limited interaction between them. Bridging this gap is crucial for improving our ability to extract physical information from numerical simulations and for validating approximations used in perturbative studies. …”
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