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- <p>Metallic glasses -- Density<br />Metallic glasses -- Effect of temperature on<br />Metallic glasses -- Research</p> (1)
- <p>Solder and soldering -- Materials<br />Thermal analysis<br />Lead-free electronics manufacturing processes<br />Ball grid array technology<br />Vibration</p> (1)
- Carbon dioxide<br />Carbon sequestration<br />Carbonic anhydrase<br />Slag<br />Steel -- Metallurgy (1)
- Carbonation kinetics (1)
- Leaching kinetics (1)
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Articles 1 - 3 of 3
Full-Text Articles in Engineering
Geological Sequestration Of Carbon Dioxide By Hydrous Carbonate Formation In Steelmaking Slag, C. Hank Rawlins
Geological Sequestration Of Carbon Dioxide By Hydrous Carbonate Formation In Steelmaking Slag, C. Hank Rawlins
Doctoral Dissertations
"The formation of carbonate solids from the alkaline earth oxide phases in steelmaking slag was investigated in dry and aqueous conditions as a vehicle for carbon dioxide sequestration. The goal of this research was to determine the process conditions that would increase the kinetics of the carbonate formation process under hydrous conditions, enabling direct removal of carbon dioxide from steelmaking offgas"--Abstract, page iv.
Thermal Characterization And Vibration Of Solder Alloys, Brandon Lee Brinkmeyer
Thermal Characterization And Vibration Of Solder Alloys, Brandon Lee Brinkmeyer
Masters Theses
"Recent legislation and growing environmental concerns have forced the electronics industry to discontinue the use of tin-lead (SnPb) solder. Although the legislation did not directly affect aerospace and defense industries, future transitions to lead-free (LF) solders are inevitable. Differences exist between these high reliability systems and consumer electronics, first of which is a very small production rate and a long life cycle which often leads to repair or rework procedures which introduce the potential for mixing of SnPb and LF solder. In this study, Sn-3Ag-0.5Cu (SAC305) was mixed with Sn-37Pb solder in amounts of 0, 25, 50, 75, and 100 …
Elevated Temperature Behavior Of A Magnesium Based Bulk Metallic Glass, Neal C. Ross
Elevated Temperature Behavior Of A Magnesium Based Bulk Metallic Glass, Neal C. Ross
Masters Theses
"Bulk metallic glasses are a new material set that possess interesting and exceptional engineering properties. Their study has been a major focus of research in metallurgy since the early 1990s, and recently their properties have led to application in specialized applications. Limitations including material cost, maximum attainable cast diameters, and high density have prevented the widespread use of these materials. In particular, the high density of most bulk metallic glasses has significantly reduced their appeal to the aerospace community. In an effort to overcome this, research is being performed on producing lower density glass forming systems based on magnesium and …