rd400guy
Materials
- Jan 30, 2003
- 101
Does anyone here have any knowledge of, or know where I can find any information regarding the decomposition of carbon nanotubes (CNT's)?
A quick search found many papers regarding CNT production, and some properties of CNT's, but I'm interested in how, if, and when they fall apart. I know that graphite has a significantly high melting temperature for use as refractory, but do CNT's remain stable at elevated temperatures (>2500°F)? Or do they break down into elemental carbon?
Also, will the presence of certain elements cause decomposition of CNT's? For instance, as I'm sure most of us know, carbon is soluble in iron, if CNT's were added to molten Fe, do they "decompose" and take their place in the iron as would a normal carbon addition in steelmaking?
A quick search found many papers regarding CNT production, and some properties of CNT's, but I'm interested in how, if, and when they fall apart. I know that graphite has a significantly high melting temperature for use as refractory, but do CNT's remain stable at elevated temperatures (>2500°F)? Or do they break down into elemental carbon?
Also, will the presence of certain elements cause decomposition of CNT's? For instance, as I'm sure most of us know, carbon is soluble in iron, if CNT's were added to molten Fe, do they "decompose" and take their place in the iron as would a normal carbon addition in steelmaking?