Abstract: In some embodiments, a computer-implemented method of controlling a semiconductor manufacturing process is provided. A computing system generates predicted metrology values for a current run and a next run by providing metrology forecast inputs to a metrology forecast model. The computing system generates an updated recipe for executing at least one semiconductor manufacturing process step using the predicted metrology values for the current run and the next run.

Abstract: In some embodiments, a computer-implemented method of controlling a semiconductor manufacturing process is provided. A computing system generates predicted metrology values for a current run and a next run by providing metrology forecast inputs to a metrology forecast model. The computing system generates an updated recipe for executing at least one semiconductor manufacturing process step using the predicted metrology values for the current run and the next run.

Abstract: Solid-infused surfaces and articles having solid-infused surfaces are provided. The solid-infused surface includes (a) a substrate with a roughened surface having multi-scale surface roughness and a plurality of substrate asperities, and (b) a low surface-energy polymer coating a portion of the roughened surface forming the solid-infused surface having a fraction of the substrate asperities exposed on the solid-infused surface. The surfaces can be useful, in particular, for promoting condensation heat transfer performance. The articles and surfaces can include electronic components, optical components, or even pipes and other conduits for transporting certain fluids. Methods of making and methods of using the solid-infused surfaces are also provided.

Abstract: Described herein are devices, compositions and methods relating to the production of high basis weight, non-woven nanofiber polymer fabrics. In certain embodiments, described herein are modifications to free-surface, needle-less or nozzle-less electrospinning devices that permit the production of such high basis weight, non-woven nanofiber polymer fabrics. Also described are the fabrics themselves and the fabrics including one or more biologically active agents to be released upon contact with a biological tissue. Such fabrics can incorporate biologically active agents in various combinations that permit, for example, burst and/or sustained release kinetics of one or more, preferably two or more biologically active agents.