The present invention relates to the field of working or processing filiform materials, more specifically to technologies for twisting filiform materials, and in particular provides a manual apparatus for twisting filiform materials, which is characterised in that it comprises: a case; a shaft ...
An in-situ time-lapse optical microscopy study, using a novel dual-compartment cell is used to gain mechanistic understanding of filiform corrosion (FFC) affecting an organic-coated iron surface. The apparatus allows independent control of environments surrounding the filament head and tail regions. ...