Abstract
Based on extensive earlier work a model has been developed to describe the formation of carbon by pyrolysis of gaseous hydrocarbons. One of the central statements of this model is the assumption of the existence of a quasi liquid carbon phase during deposition process.This model is described and is discussed as are the consequences for the material properties and structural parameters which arise from it. To review the droplet model, statically deposited pyrocarbon is examined by characterization methods suitable to analyze just these structural parameters.The results prove the model conceptions to be realistic.
Citation Formats
Linke, J, Koizlik, K, Luhleich, H, and Nickel, H.
Droplet model of pyrocarbon deposition from the gas phase. [HTGR].
Germany: N. p.,
1975.
Web.
Linke, J, Koizlik, K, Luhleich, H, & Nickel, H.
Droplet model of pyrocarbon deposition from the gas phase. [HTGR].
Germany.
Linke, J, Koizlik, K, Luhleich, H, and Nickel, H.
1975.
"Droplet model of pyrocarbon deposition from the gas phase. [HTGR]."
Germany.
@misc{etde_8197336,
title = {Droplet model of pyrocarbon deposition from the gas phase. [HTGR]}
author = {Linke, J, Koizlik, K, Luhleich, H, and Nickel, H}
abstractNote = {Based on extensive earlier work a model has been developed to describe the formation of carbon by pyrolysis of gaseous hydrocarbons. One of the central statements of this model is the assumption of the existence of a quasi liquid carbon phase during deposition process.This model is described and is discussed as are the consequences for the material properties and structural parameters which arise from it. To review the droplet model, statically deposited pyrocarbon is examined by characterization methods suitable to analyze just these structural parameters.The results prove the model conceptions to be realistic.}
place = {Germany}
year = {1975}
month = {Jan}
}
title = {Droplet model of pyrocarbon deposition from the gas phase. [HTGR]}
author = {Linke, J, Koizlik, K, Luhleich, H, and Nickel, H}
abstractNote = {Based on extensive earlier work a model has been developed to describe the formation of carbon by pyrolysis of gaseous hydrocarbons. One of the central statements of this model is the assumption of the existence of a quasi liquid carbon phase during deposition process.This model is described and is discussed as are the consequences for the material properties and structural parameters which arise from it. To review the droplet model, statically deposited pyrocarbon is examined by characterization methods suitable to analyze just these structural parameters.The results prove the model conceptions to be realistic.}
place = {Germany}
year = {1975}
month = {Jan}
}