Generation of test scripts for application with GUI optimized for manual execution

Barancev, A.V.; Groshev, Sergey; Омельченко, В. А.

doi:10.1109/cee-secr.2009.5501173

Cited by 1 publication

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“…Many researchers since at least the 1960s have attempted to understand the environmental implications of siloxane degradation under natural conditions, with many early researchers believing that the fully synthetic nature of these materials prohibited them from degrading to safe components in the environment. Degradation may occur in water (Balykova and Rode 1969;Graiver et al 2003), soil (Lehmann et al, 1998;Xu et al, 1998;Grumping et al, 1999;Lehmann et al 2000;Varaprath and Larson 2002), atmospheric (Corning 1998;Graiver et al 2003), and UV oxidative (Frye et al 1984) conditions amongst many other more complex environments. Here we give a brief overview of the natural degradation pathways of siloxanes and suggest a detailed review by Narayan et al for an in-depth analysis of the natural degradation pathways of silicones (Graiver et al 2003).…”

Section: Siloxanes In Naturementioning

confidence: 99%

Green routes to silicon-based materials and their environmental implications

Furgal

Lenora

2019

Physical Sciences Reviews

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Abstract The “greening” of silicon chemistry is fundamentally important for the future of the field. Traditional methods used to make silicon-based materials rely on carbon rich processes that are highly energy intensive, cause pollution, and are unsustainable. Researchers have taken up the challenge of developing new chemistries to circumvent the difficulties associated with traditional silicon material synthesis. Most of this work has been in the conversion of the “green” carbon neutral biogenic silica source rice hull ash (RHA, ~85 % silica) into useful silicon building blocks such as silica’s, silicon, and alkoxysilanes by using the inherently higher surface area and reactivity of RHA to sidestep the low reactivity of mined silica sources. This is a review of the work that has been done in the area of developing more environmentally benign methods for the synthesis and use of silicon containing materials to eliminate the negative impact on the environment.

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