Influence of the substrate on the overall sensor impedance of planar H2 sensors involving TiO2–SnO2 interfaces

Ebersberger, L.; Fischerauer, G.

doi:https://doi.org/10.5194/jsss-4-85-2015

Articles | Volume 4, issue 1

https://doi.org/10.5194/jsss-4-85-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/jsss-4-85-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 4, issue 1

Regular research article

|

23 Feb 2015

Regular research article |

| 23 Feb 2015

Influence of the substrate on the overall sensor impedance of planar H₂ sensors involving TiO₂–SnO₂ interfaces

L. Ebersberger and G. Fischerauer

Viewed

Total article views: 1,413 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
816	518	79	1,413	138	133

HTML: 816
PDF: 518
XML: 79
Total: 1,413
BibTeX: 138
EndNote: 133

Views and downloads (calculated since 23 Feb 2015)

Month	HTML	PDF	XML	Total
Feb 2015	2	8	1	11
Mar 2015	14	19	2	35
Apr 2015	16	11	1	28
May 2015	8	7	0	15
Jun 2015	22	6	0	28
Jul 2015	25	9	0	34
Aug 2015	10	4	1	15
Sep 2015	10	4	1	15
Oct 2015	13	6	3	22
Nov 2015	11	5	0	16
Dec 2015	5	7	1	13
Jan 2016	13	11	2	26
Feb 2016	8	6	1	15
Mar 2016	11	4	0	15
Apr 2016	17	4	0	21
May 2016	4	5	1	10
Jun 2016	5	2	0	7
Jul 2016	7	3	2	12
Aug 2016	1	6	0	7
Sep 2016	4	1	5
Oct 2016	6	4	1	11
Nov 2016	5	2	0	7
Dec 2016	6	4	0	10
Jan 2017	8	3	0	11
Feb 2017	1	1	0	2
Mar 2017	9	2	0	11
Apr 2017	7	3	0	10
May 2017	12	5	0	17
Jun 2017	8	3	1	12
Jul 2017	2	2	0	4
Aug 2017	1	1	0	2
Sep 2017	5	5	0	10
Oct 2017	4	3	0	7
Nov 2017	7	4	2	13
Dec 2017	10	2	1	13
Jan 2018	6	3	1	10
Feb 2018	14	1	3	18
Mar 2018	7	4	0	11
Apr 2018	5	2	0	7
May 2018	7	5	1	13
Jun 2018	5	5	1	11
Jul 2018	5	2	0	7
Aug 2018	7	5	1	13
Sep 2018	6	6	0	12
Oct 2018	9	4	1	14
Nov 2018	9	5	1	15
Dec 2018	6	4	1	11
Jan 2019	6	9	2	17
Feb 2019	5	6	1	12
Mar 2019	4	3	0	7
Apr 2019	3	3	0	6
May 2019	8	7	0	15
Jun 2019	5	8	0	13
Jul 2019	6	4	0	10
Aug 2019	2	3	0	5
Sep 2019	5	7	0	12
Oct 2019	5	6	1	12
Nov 2019	4	6	0	10
Dec 2019	7	4	0	11
Jan 2020	14	5	1	20
Feb 2020	8	2	0	10
Mar 2020	6	5	0	11
Apr 2020	5	7	0	12
May 2020	1	3	0	4
Jun 2020	32	10	1	43
Jul 2020	24	16	13	53
Aug 2020	4	3	4	11
Sep 2020	6	5	0	11
Oct 2020	6	8	0	14
Nov 2020	4	3	0	7
Dec 2020	9	5	1	15
Jan 2021	17	7	2	26
Feb 2021	5	4	0	9
Mar 2021	5	1	0	6
Apr 2021	6	3	0	9
May 2021	6	3	0	9
Jun 2021	7	2	0	9
Jul 2021	3	3	0	6
Aug 2021	4	8	0	12
Sep 2021	25	2	0	27
Oct 2021	2	13	0	15
Nov 2021	8	9	0	17
Dec 2021	12	5	0	17
Jan 2022	2	7	0	9
Feb 2022	6	2	1	9
Mar 2022	2	3	0	5
Apr 2022	2	4	0	6
May 2022	5	7	1	13
Jun 2022	5	6	2	13
Jul 2022	6	3	1	10
Aug 2022	8	1	0	9
Sep 2022	4	4	0	8
Oct 2022	10	1	3	14
Nov 2022	8	4	0	12
Dec 2022	5	6	0	11
Jan 2023	5	3	1	9
Feb 2023	7	5	1	13
Mar 2023	9	2	0	11
Apr 2023	2	3	0	5
May 2023	11	8	1	20
Jun 2023	9	4	0	13
Jul 2023	4	1	0	5
Aug 2023	5	5	3	13
Sep 2023	6	3	1	10
Oct 2023	3	2	1	6
Nov 2023	4	3	3	10
Dec 2023	9	1	0	10
Jan 2024	1	3	0	4
Feb 2024	4	5	0	9
Mar 2024	3	3	0	6
Apr 2024	9	4	2	15

Cumulative views and downloads (calculated since 23 Feb 2015)

Month	HTML	PDF	XML	Total
Feb 2015	2	8	1	11
Mar 2015	14	19	2	35
Apr 2015	16	11	1	28
May 2015	8	7	0	15
Jun 2015	22	6	0	28
Jul 2015	25	9	0	34
Aug 2015	10	4	1	15
Sep 2015	10	4	1	15
Oct 2015	13	6	3	22
Nov 2015	11	5	0	16
Dec 2015	5	7	1	13
Jan 2016	13	11	2	26
Feb 2016	8	6	1	15
Mar 2016	11	4	0	15
Apr 2016	17	4	0	21
May 2016	4	5	1	10
Jun 2016	5	2	0	7
Jul 2016	7	3	2	12
Aug 2016	1	6	0	7
Sep 2016	4	1	5
Oct 2016	6	4	1	11
Nov 2016	5	2	0	7
Dec 2016	6	4	0	10
Jan 2017	8	3	0	11
Feb 2017	1	1	0	2
Mar 2017	9	2	0	11
Apr 2017	7	3	0	10
May 2017	12	5	0	17
Jun 2017	8	3	1	12
Jul 2017	2	2	0	4
Aug 2017	1	1	0	2
Sep 2017	5	5	0	10
Oct 2017	4	3	0	7
Nov 2017	7	4	2	13
Dec 2017	10	2	1	13
Jan 2018	6	3	1	10
Feb 2018	14	1	3	18
Mar 2018	7	4	0	11
Apr 2018	5	2	0	7
May 2018	7	5	1	13
Jun 2018	5	5	1	11
Jul 2018	5	2	0	7
Aug 2018	7	5	1	13
Sep 2018	6	6	0	12
Oct 2018	9	4	1	14
Nov 2018	9	5	1	15
Dec 2018	6	4	1	11
Jan 2019	6	9	2	17
Feb 2019	5	6	1	12
Mar 2019	4	3	0	7
Apr 2019	3	3	0	6
May 2019	8	7	0	15
Jun 2019	5	8	0	13
Jul 2019	6	4	0	10
Aug 2019	2	3	0	5
Sep 2019	5	7	0	12
Oct 2019	5	6	1	12
Nov 2019	4	6	0	10
Dec 2019	7	4	0	11
Jan 2020	14	5	1	20
Feb 2020	8	2	0	10
Mar 2020	6	5	0	11
Apr 2020	5	7	0	12
May 2020	1	3	0	4
Jun 2020	32	10	1	43
Jul 2020	24	16	13	53
Aug 2020	4	3	4	11
Sep 2020	6	5	0	11
Oct 2020	6	8	0	14
Nov 2020	4	3	0	7
Dec 2020	9	5	1	15
Jan 2021	17	7	2	26
Feb 2021	5	4	0	9
Mar 2021	5	1	0	6
Apr 2021	6	3	0	9
May 2021	6	3	0	9
Jun 2021	7	2	0	9
Jul 2021	3	3	0	6
Aug 2021	4	8	0	12
Sep 2021	25	2	0	27
Oct 2021	2	13	0	15
Nov 2021	8	9	0	17
Dec 2021	12	5	0	17
Jan 2022	2	7	0	9
Feb 2022	6	2	1	9
Mar 2022	2	3	0	5
Apr 2022	2	4	0	6
May 2022	5	7	1	13
Jun 2022	5	6	2	13
Jul 2022	6	3	1	10
Aug 2022	8	1	0	9
Sep 2022	4	4	0	8
Oct 2022	10	1	3	14
Nov 2022	8	4	0	12
Dec 2022	5	6	0	11
Jan 2023	5	3	1	9
Feb 2023	7	5	1	13
Mar 2023	9	2	0	11
Apr 2023	2	3	0	5
May 2023	11	8	1	20
Jun 2023	9	4	0	13
Jul 2023	4	1	0	5
Aug 2023	5	5	3	13
Sep 2023	6	3	1	10
Oct 2023	3	2	1	6
Nov 2023	4	3	3	10
Dec 2023	9	1	0	10
Jan 2024	1	3	0	4
Feb 2024	4	5	0	9
Mar 2024	3	3	0	6
Apr 2024	9	4	2	15

Cited

Latest update: 25 Apr 2024

Short summary

The current contribution reports on the substrate influence in multilayer metal-oxide chemical sensors. Measurements of the impedance are used to discuss the sensor performance with quartz substrates, (laboratory) glass substrates and substrates covered by silicon-dioxide insulating layers. Numerical experiments based on previous measurement results show that inexpensive glass substrates contribute up to 97% to the overall sensor responses.

Influence of the substrate on the overall sensor impedance of planar H2 sensors involving TiO2–SnO2 interfaces

Viewed

Cited

1 citations as recorded by crossref.

Influence of the substrate on the overall sensor impedance of planar H₂ sensors involving TiO₂–SnO₂ interfaces