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Fabrication of Functional Molecularly Imprinted Materials using Nanoparticle Building Blocks

Popular Abstract in Undetermined Nanoparticles have attracted great interest in biomedicine and material science due to their unique and unconventional properties. Polymer nanoparticles containing pre-designed molecular recognition sites can be synthesized using molecular imprinting technique. Molecularly imprinted polymers (MIPs) have high affinity and selectivity that are similar to antibodies,Molecularly imprinted polymers (MIPs) have attracted great interest in many applications including bioseparation, chemical sensing, catalysis, drug delivery, etc. Recently, molecularly imprinted nanoparticles have become accessible due to a number of synthetic methods that have been developed. The high molecular binding selectivity, fast binding kinetics and colloidal stability make MIP nanopartic

Time-varying generalisations of the gap and ν-gap metrics induce the same topology in continuous time

Recent robust stability analysis results for linear time-varying feedback interconnections are based on a time-varying generalisation of the nu-gap metric. The causality of closed-loop mappings is dealt with explicitly, rather than via well-posedness assumptions as is common in the literature. Here, an alternative time-varying gap metric is defined. It is shown that this gives rise to correspondin

Emerging Welfare States: Comparing East Asian and Scandinavian Redistribution Models in a Global Context

In this paper we discuss social policy in relation to different development contexts, where characteristics and outcomes of social policies in different sectors ( e.g.,housing, care, education, social security) are compared. The paper relates to the discussion on the causes and outcomes of welfare state management in different contexts. However, existing analytical models do not fit the mixtures

Higher order hierarchical H(curl) and H(div) Legendre basis functions applied in hybrid FEM-MoM

A hybrid finite element method/method of moments (FEM/MoM) technique is used to analyze the performance of higher order hierarchical Legendre basis functions. The FEM is used to model the interior part of the computational domain and the MoM is used to model the boundaries. Higher order hierarchical H(curl) Legendre basis functions have been applied to represent the electric field in the three dim

High voltage measurement system based on a capacitively coupled Pockels cell

A fiber-optical system for measurements of fast high voltage pulses has been developed. The system is based on capacitively coupled Pockels cell voltage sensor and features excellent rejection of electrical interference, large bandwidth and practically unlimited voltage range. The authors describe the principle of operation and give a preliminary discussion of the performance of the measurement sy