Abstract
A preliminary investigation of a new type of ceramic semiconductor material based on doped tin oxide which could be used for sensors for measuring combustion in industrial facilities and processes is described. The sensors could be used for combustion control. This could lead to reduced energy consumption and a cleaner environment. It was concluded that the use of doped tin oxide as an active sensor material had considerable potential. A ceramic semiconductor material based on doped tin oxide can achieve an acceptable level of conductivity and a certain selectivity in connection with some gases which suggests the profitability of further investigation. (AB)
Citation Formats
Jensen, H.
SnO{sub 2} sensors for measurement of combustion in industrial facilities and processes; SnO{sub 2}-sensorer til forbraendingsmaaling i industrielle anlaeg og processer.
Denmark: N. p.,
1994.
Web.
Jensen, H.
SnO{sub 2} sensors for measurement of combustion in industrial facilities and processes; SnO{sub 2}-sensorer til forbraendingsmaaling i industrielle anlaeg og processer.
Denmark.
Jensen, H.
1994.
"SnO{sub 2} sensors for measurement of combustion in industrial facilities and processes; SnO{sub 2}-sensorer til forbraendingsmaaling i industrielle anlaeg og processer."
Denmark.
@misc{etde_10105250,
title = {SnO{sub 2} sensors for measurement of combustion in industrial facilities and processes; SnO{sub 2}-sensorer til forbraendingsmaaling i industrielle anlaeg og processer}
author = {Jensen, H}
abstractNote = {A preliminary investigation of a new type of ceramic semiconductor material based on doped tin oxide which could be used for sensors for measuring combustion in industrial facilities and processes is described. The sensors could be used for combustion control. This could lead to reduced energy consumption and a cleaner environment. It was concluded that the use of doped tin oxide as an active sensor material had considerable potential. A ceramic semiconductor material based on doped tin oxide can achieve an acceptable level of conductivity and a certain selectivity in connection with some gases which suggests the profitability of further investigation. (AB)}
place = {Denmark}
year = {1994}
month = {Oct}
}
title = {SnO{sub 2} sensors for measurement of combustion in industrial facilities and processes; SnO{sub 2}-sensorer til forbraendingsmaaling i industrielle anlaeg og processer}
author = {Jensen, H}
abstractNote = {A preliminary investigation of a new type of ceramic semiconductor material based on doped tin oxide which could be used for sensors for measuring combustion in industrial facilities and processes is described. The sensors could be used for combustion control. This could lead to reduced energy consumption and a cleaner environment. It was concluded that the use of doped tin oxide as an active sensor material had considerable potential. A ceramic semiconductor material based on doped tin oxide can achieve an acceptable level of conductivity and a certain selectivity in connection with some gases which suggests the profitability of further investigation. (AB)}
place = {Denmark}
year = {1994}
month = {Oct}
}