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Extra-wide double-fold bias tape being sewn as a binding on a decorative quilt An example of single-fold bias tape An example of double-fold bias tape Commercial bias binding foot fed with bias binding, producing bias binding tape. Bias tape or bias binding is a narrow strip of fabric, typically plain weave, cut on the bias.
Extra wide double fold bias tape being sewn as a binding for a decorative quilt. In sewing, binding is used as both a noun and a verb to refer to finishing a seam or hem of a garment, usually by rolling or pressing then stitching on an edging or trim. [1]
In 1986, prior to the widespread use of the Internet, police investigated the sharing of a computer print-out from a digital manual titled the "Complete Book of Explosives" written by a group calling itself "Phoenix Force", as students shared the list with classmates and experimented with building many of the bombs it listed.
A binder or binding agent is any material or substance that holds or draws other materials together to form a cohesive whole mechanically, chemically, by adhesion or cohesion. More narrowly, binders are liquid or dough-like substances that harden by a chemical or physical process and bind fibres, filler powder and other particles added into it.
For example, most articles about various laws have no picture. They don't need them to make their point. Indeed sometimes pictures can taint the article and give bias to a specific example depicted in the picture, when the article's subject is quite broad.Legitimus 17:05, 1 November 2009 (UTC)
Bisexual erasure (or bi erasure), also called bisexual invisibility, is the tendency to ignore, remove, falsify, or re-explain evidence of bisexuality (or similar identities, such as pansexuality) in history, academia, the news media, and other primary sources.
An example of a cognitive bias modification for interpretation (CBM–I) paradigm utilized in MindTrails, an online program developed by anxiety researchers at the University of Virginia. The program displays a cognitive task that disambiguates a scenario to be either positively or negatively valenced (correct responses highlighted in orange).
The tight binding model works particularly well in cases where the band width is small and the electrons are strongly localized, like in the case of d-bands and f-bands. The model also gives good results in the case of open crystal structures, like diamond or silicon, where the number of neighbors is small.