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The reactivity of metal‐hydride complexes can be harnessed by the modification of ancillary ligands. With the aim of improving the hydride‐donor ability of the key Mn−H intermediate and reducing steric hindrance, we herein report the rational design of a versatile and efficient NHC‐based NNC‐pincer Mn catalyst for hydrogenation reactions. This newly developed catalyst exhibited higher activity than...
The reactivity of metal‐hydride complexes can be harnessed by the modification of ancillary ligands. With the aim of improving the hydride‐donor ability of the key Mn−H intermediate and reducing steric hindrance, we herein report the rational design of a versatile and efficient NHC‐based NNC‐pincer Mn catalyst for hydrogenation reactions. This newly developed catalyst exhibited higher activity than...
In electromagnetic interference (EMI) investigation, localization of real EMI sources in the near-field region is always in concern. This paper introduces an integrated near-field scanning system (INFSS) that handles electromagnetic near-field measurement of arbitrary three-dimension (3D) shape of high frequency devices in conjunction with numerical modelling and simulation results. It performs both...
This paper presents electromagnetic compatibility (EMC) problems solved by computational electromagnetics and high performance computation modelling techniques. Since com-plex EMC problems are time-consuming to simulate and opti-mize, an integrated software system, named Virtual EMC (VEMC), is developed to minimize time and improve computing efficiency. This VEMC system combines virtualization and...
This paper presents a high performance computing and visualization system for integrated circuit (IC) electromagnetic compatibility (EMC) modelling, simulation and optimization. Due to the variety and complexity of IC EMC models, the resources on a single computer are not always sufficient to complete certain large simulation or complicated optimization tasks in a short period of time. Distributed...
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