Thermodynamic Analysis of Slag Recycling Using a Slag Regenerator.

Slag Behavior in Gasifiers. Part II: Constitutive Modeling of Slag

The viscosity of slag and the thermal conductivity of ash deposits are among two of the most important constitutive parameters that need to be studied. The accurate formulation or representations of the (transport) properties of coal present a special challenge of modeling efforts in computational fluid dynamics applications. Studies have indicated that slag viscosity must be within a certain r...

Thermodynamic Investigation of Copper Removal From Liquid Slag.

The removal of copper dissolved in liquid stags by pyrometalIurgical means such as gaseous reduction and sulfidization is thermodynamically investigated. The lowest level possible for copper content is theoretically determined and compared. The results show that gaseous reduction is not as effective as sulfidization. Slags with very low levels of dissolved copper can be obtained with sulfide tr...

The Estimation of Slag Properties

Linear Collider Development at Slag

The status of the SLC has been described elsewhere in these proceedings.l$* This year’s noteable achievement is an increase of electron beam polarization at the IP from 23% to 63%. Also, luminosity is up from last year, and it is expected that this year’s goal of 50,000 Zs on SLD (Stanford Linear Detector) tape will be achieved. At the end of last year’s run, during E 400 .uncoupled damping rin...

Ground Granulated Blast Furnace Slag

1. Ground Granulated Blast Furnace Slag Ground Granulated Blast Furnace Slag (GGBFS) is a by product of the steel industry. Blast furnace slag is defined as “the non-metallic product consisting essentially of calcium silicates and other bases that is developed in a molten condition simultaneously with iron in a blast furnace.” [1] In the production of iron, blast furnaces are loaded with iron o...