Engineering Conferences International
Not a member yet
9271 research outputs found
Sort by
Spatial organisation of enzymes in the biosynthetic limonene production pathway in Escherichia coli
Get PDFPlease click Additional Files below to see the full abstrac
Improving thermostability of tryptophan 2-monooxygenase by semi-rational engineering
Get PDFPlease click Additional Files below to see the full abstract
Comparison of Sds-page to automated parallel capillary electrophoresis for enzyme size and purity assessments
Get PDFPlease click Additional Files below to see the full abstrac
Coupled molecular dynamics mediates interaction between long-range mutations and its application in enzyme engineering
Get PDFPlease click Additional Files below to see the full abstrac
Improved thermostability of a plant sucrose synthase for the sustainable recycling of UDP-glucose
Get PDFPlease click Additional Files below to see the full abstrac
Engineering bacterial nitroreductases for anticancer gene therapy and targeted cell ablation
Get PDFPlease click Additional Files below to see the full abstrac
Accelerating Discovery of Substrate Promiscuity in Biocatalyzed Oxidations
Get PDFPlease click Additional Files below to see the full abstrac
2-Hydroxyacyl-CoA synthases enable C1-based orthogonal biomanufacturing
Get PDFPlease click Additional Files below to see the full abstrac
Enzyme discovery and specificity fingerprints by analysis of correlated positions in CAZy family GH65
Get PDFPlease click Additional Files below to see the full abstrac
Invited; Developing low-temperature defect passivation technology with supercritical fluid technology
Get PDFCurrent technology nodes in the process of semiconductor manufacturing have faced many bottlenecks. Therefore, a disruptive-innovative semiconductor processing technology is crucially needed to make a significant breakthrough. Our research team has developed a low temperature (RT~250°C), defect passivation technology based on the supercritical fluid (SCF) technology applied in the nano-scale device processing to overcome the key issues. The SCF technology was originally applied in the field of the extraction and the cleaning of biotechnologies. However, our research team firstly applies this technology in the optoelectronic device. Compared to current high pressure annealing (HPA) and rapid thermal annealing (RTA) methods, the SCF-based defect passivation technology features low temperature, and can be applied for various materials and devices including photoelectric device, advanced nano-device, memory device, and wide bandgap device. Currently, the prototype of the 12” supercritical fluid processing equipment has already been built, and related recipes including nitridation, oxidation, hydrogenation, and sulfurization are also implemented for various devices and applications. In this talk, we will introduce related SCF defect passivation technology and future developments for the SCF applications