By S. K. Sundaram
Ceramic Engineering and technology complaints quantity 35, factor 1, 74th convention on Glass difficulties
S.K. Sundaram, Editor
In carrying on with the culture that dates again to 1934, this quantity is a set of 25 papers awarded on the 74th Glass difficulties convention, October 14–17, 2013 in Columbus, Ohio. those papers are crucial examining for all who have to remain abreast of the most recent study within the glass production box. content material is grouped into the lower than 5 sections:
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Additional info for 74th Conference on Glass Problems. Ceramic Engineering and Science Proceedings, Volume 35, Issue 1
STONE DEFECTS PROCESS: ANALYSIS, SOURCING AND VERIFICATION Base Case Typified by the “Usual” Stone Categories The usual background level of 1 – 10% glass loss for stones can include quite a wide variety of substances from an equally wide variety of source/mechanisms. It is nearly impossible to provide a thorough list of the possible background stones here because of the many permutations with regards to the assorted glass chemistries, furnace designs, refractory material utilizations, and forming methods used throughout the world of glass production.
Knowing that we were looking for some form of alumina, the first step of the investigation involved a separation of the alumina grains from the cullet by a water-assisted “panning for gold” technique. Fused brown alumina was found to be fairly evenly distributed around the surface of the cullet pile but the contamination rapidly trailed off just a few inches beneath the exterior surface of the pile. The ultimate cause of the contamination was deemed to be poor attention to detail at the shipyard and storage facility.
On the other hand, when the mixing between fuel and oxygen occurs too slowly (weak swirl), the flame is not robust enough and there is the possibility of inadequate mixing of fuel and oxidizer, which can lead to soot formation on the burner injector. Figure 2: Scheme symbolizing the fuel (red color) and the oxygen (blue color) flows when the power changes; thanks to the swirl effect, the reaction between reactants takes place in the same area which leads to the same flame length The swirl effect helps to maintain the hot spot of the flame at the same location even when the burner power is varied within a wide range.
74th Conference on Glass Problems. Ceramic Engineering and Science Proceedings, Volume 35, Issue 1 by S. K. Sundaram