English
Deutsch
Log In
Email address
Password
Log in
New user? Click here to register.
Have you forgotten your password?
Home
Browse
About
Home
Search
1 results
Back to results
Filters
Author
1
Hernandez-Ramirez, F.
1
Jimenez-Diaz, R.
1
Mathur, S.
1
Morante, J.R.
1
Prades, J.D.
1
Romano-Rodriguez, A.
Search author name
Submit
Subject
1
Conductometric gas sensors
1
Display devices
1
Electric wire
1
Fast dynamics
1
Gas detectors
1
Gas sensors
1
Gas-solid
1
Interaction kinetics
1
Low Power
1
Metal oxide nanowires
Show more
Search subject
Submit
Date
Start
End
Submit
2009
1
Type
1
article
1
Text
Type
Submit
Version
publishedVersion
Version
Submit
More filters
Has files
1
Yes
Date Available
from
to
Submit
2020
1
DDC
540
DDC
Submit
Publisher
1
Amsterdam : Elsevier
Publisher
Submit
Journal
Procedia Chemistry 1 (2009), Nr. 1
Journal
Submit
Access Rights
1
openAccess
Access Rights
Submit
WGL Institute
INM
WGL Institute
Submit
Reset filters
Settings
Sort By
Most Relevant
Title Ascending
Date Issued Descending
Accessioned Date Descending
Results per page
1
5
10
20
40
60
80
100
All of RENATE
Search
End date: 2009
×
Start date: 2000
×
DDC: 540
×
Version: publishedVersion
×
search.filters.applied.f.series: Procedia Chemistry 1 (2009), Nr. 1
×
WGL Institute: INM
×
Search Tools
Search Results
CSV
RIS
BibTeX
Now showing
1 - 1 of 1
Loading...
Item
Ultimate response dynamics achieved with gas sensors based on self-heated nanowires
(
Amsterdam : Elsevier,
2009
)
Prades, J.D.
;
Jimenez-Diaz, R.
;
Hernandez-Ramirez, F.
;
Romano-Rodriguez, A.
;
Mathur, S.
;
Morante, J.R.
Show more
Bias current applied to conductometric gas sensors consisting of individual metal oxide nanowires can be used to heat them up to the temperature necessary for sensing. This approach in combination with the good sensitivity and stability of metal-oxide nanowires, can be used to develop prototypes with low power requirements (few tens of microwatts). Here, we present new sensors devices based on this approach that display fast dynamic performance only limited by the gas-solid interaction kinetics,. © 2009.
Show more
