$post array (20)
datum => string (10) "26.11.2006"
$post['datum']
veroeffentlichungsart => array (10)
$post['veroeffentlichungsart']
term_id => integer 836
$post['veroeffentlichungsart']['term_id']
name => string (46) "Beitrag zu wissenschaftlicher Konferenz/Tagung"
$post['veroeffentlichungsart']['name']
slug => string (50) "417_beitrag-zu-wissenschaftlicher-konferenz-tagung"
$post['veroeffentlichungsart']['slug']
term_group => integer 0
$post['veroeffentlichungsart']['term_group']
term_taxonomy_id => integer 836
$post['veroeffentlichungsart']['term_taxonomy_id']
taxonomy => string (21) "veroeffentlichungsart"
$post['veroeffentlichungsart']['taxonomy']
description => string (0) ""
$post['veroeffentlichungsart']['description']
parent => integer 0
$post['veroeffentlichungsart']['parent']
count => integer 198
$post['veroeffentlichungsart']['count']
filter => string (3) "raw"
$post['veroeffentlichungsart']['filter']
forschungsschwerpunkt => null
$post['forschungsschwerpunkt']
autoren => array (5)
$post['autoren']
  • Table (5)
  • Contents (5)
  • namelinkinternpersonenkennziffer
    0Conrad Wolfhttps://www.hs-coburg.de/personen/prof-dr-conrad-wolf/true
    1Andreas Ladenburgerfalse
    2Rainer Enchelmaierfalse
    3Klaus Thonkefalse
    4Rolf Sauerfalse
  • 0 => array (4)
    $post['autoren'][0]
    name => string (11) "Conrad Wolf"
    $post['autoren'][0]['name']
    link => string (54) "https://www.hs-coburg.de/personen/prof-dr-conrad-wolf/"
    $post['autoren'][0]['link']
    intern => boolean true
    $post['autoren'][0]['intern']
    personenkennziffer => string (0) ""
    $post['autoren'][0]['personenkennziffer']
    1 => array (4)
    $post['autoren'][1]
    name => string (19) "Andreas Ladenburger"
    $post['autoren'][1]['name']
    link => string (0) ""
    $post['autoren'][1]['link']
    intern => boolean false
    $post['autoren'][1]['intern']
    personenkennziffer => string (0) ""
    $post['autoren'][1]['personenkennziffer']
    2 => array (4)
    $post['autoren'][2]
    name => string (18) "Rainer Enchelmaier"
    $post['autoren'][2]['name']
    link => string (0) ""
    $post['autoren'][2]['link']
    intern => boolean false
    $post['autoren'][2]['intern']
    personenkennziffer => string (0) ""
    $post['autoren'][2]['personenkennziffer']
    3 => array (4)
    $post['autoren'][3]
    name => string (12) "Klaus Thonke"
    $post['autoren'][3]['name']
    link => string (0) ""
    $post['autoren'][3]['link']
    intern => boolean false
    $post['autoren'][3]['intern']
    personenkennziffer => string (0) ""
    $post['autoren'][3]['personenkennziffer']
    4 => array (4)
    $post['autoren'][4]
    name => string (10) "Rolf Sauer"
    $post['autoren'][4]['name']
    link => string (0) ""
    $post['autoren'][4]['link']
    intern => boolean false
    $post['autoren'][4]['intern']
    personenkennziffer => string (0) ""
    $post['autoren'][4]['personenkennziffer']
titel => string (72) "SOI-Based Silicon Quantum Dots Contacted by Self-Aligned Nano-Electrodes"
$post['titel']
medien => string (30) "MRS Online Proceedings Library"
$post['medien']
doi => string (40) "https://doi.org/10.1557/PROC-0958-L10-21"
$post['doi']
weblink => string (0) ""
$post['weblink']
abstract => string (789) "<p>In this paper we present a novel approach to fabricate single-electron de...
$post['abstract']
<p>In this paper we present a novel approach to fabricate single-electron devices utilizing different self-organization and self-alignment effects. Silicon quantum dots (QDs) are obtained employing reactive ion etching (RIE) into a silicon-on-insulator (SOI) substrate with a self-assembled etch mask. Electrodes with nanometer separation are fabricated and aligned to the QDs by means of a controlled electromigration process. The tunneling rates of the devices are defined by the native oxide covering the silicon QDs and can be adjusted by self-limiting thermal oxidation. The devices show clear Coulomb blockade behavior as well as Coulomb staircase features. In some samples also a gate influence is present giving rise to Coulomb diamonds in the differential conductance diagram.</p>
heft => string (0) ""
$post['heft']
band => string (3) "958"
$post['band']
artikelnummer => string (4) "1021"
$post['artikelnummer']
isbn => string (0) ""
$post['isbn']
herausgeber => string (0) ""
$post['herausgeber']
seiten => string (0) ""
$post['seiten']
open_access => null
$post['open_access']
peer_reviewed => boolean false
$post['peer_reviewed']
detailseite => boolean true
$post['detailseite']
zitierung => string (240) "Wolf, Conrad R.; Ladenburger, Andreas; Enchelmaier, Rainer; Thonke, Klaus; S...
$post['zitierung']
Wolf, Conrad R.; Ladenburger, Andreas; Enchelmaier, Rainer; Thonke, Klaus; Sauer, Rolf (2006): SOI-Based Silicon Quantum Dots Contacted by Self-Aligned Nano-Electrodes. MRS Online Proceedings Library 958, 1021. DOI: 10.1557/PROC-0958-L10-21
permalink => string (115) "https://www.hs-coburg.de/publikation/3610-soi-based-silicon-quantum-dots-con...
$post['permalink']
https://www.hs-coburg.de/publikation/3610-soi-based-silicon-quantum-dots-contacted-by-self-aligned-nano-electrodes/
↧Called from <ROOT>/wp-content/themes/Avada-Child-Theme/inc/bayfis-content.php:57 [d()]
  1. <ROOT>/wp-includes/shortcodes.php:434 [render_acf_publikation_content()]
  2. <ROOT>/wp-includes/shortcodes.php:273 [preg_replace_callback()]
  3. <ROOT>/wp-content/plugins/fusion-builder/shortcodes/fusion-code-block.php:45 [do_shortcode()]
  4. <ROOT>/wp-includes/shortcodes.php:434 [FusionSC_Code_Block->render()]
  5. <ROOT>/wp-includes/shortcodes.php:273 [preg_replace_callback()]
  6. <ROOT>/wp-content/plugins/fusion-builder/inc/class-fusion-column-element.php:588 [do_shortcode()]
  7. <ROOT>/wp-includes/shortcodes.php:434 [Fusion_Column_Element->render()]
  8. <ROOT>/wp-includes/shortcodes.php:273 [preg_replace_callback()]
  9. <ROOT>/wp-content/plugins/fusion-builder/inc/class-fusion-row-element.php:123 [do_shortcode()]
  10. <ROOT>/wp-includes/shortcodes.php:434 [Fusion_Row_Element->render()]
  11. <ROOT>/wp-includes/shortcodes.php:273 [preg_replace_callback()]
  12. <ROOT>/wp-content/plugins/fusion-builder/shortcodes/fusion-container.php:1095 [do_shortcode()]
  13. <ROOT>/wp-includes/shortcodes.php:434 [FusionSC_Container->render()]
  14. <ROOT>/wp-includes/shortcodes.php:273 [preg_replace_callback()]
  15. <ROOT>/wp-includes/class-wp-hook.php:324 [do_shortcode()]
  16. <ROOT>/wp-includes/plugin.php:205 [WP_Hook->apply_filters()]
  17. <ROOT>/wp-content/plugins/fusion-builder/inc/class-fusion-template-builder.php:1561 [apply_filters()]
  18. <ROOT>/wp-content/plugins/fusion-builder/inc/class-fusion-template-builder.php:1186 [Fusion_Template_Builder->render_content()]
  19. <ROOT>/wp-includes/class-wp-hook.php:324 [Fusion_Template_Builder->render_content_override()]
  20. <ROOT>/wp-includes/class-wp-hook.php:348 [WP_Hook->apply_filters()]
  21. <ROOT>/wp-includes/plugin.php:517 [WP_Hook->do_action()]
  22. <ROOT>/wp-content/plugins/fusion-builder/templates/template-page.php:23 [do_action()]
  23. <ROOT>/wp-includes/template-loader.php:106
  24. <ROOT>/wp-blog-header.php:19
  25. <ROOT>/index.php:17

The website of Coburg University of Applied Sciences was translated using translation software provided by a third-party provider such as DeepL. The official text is the German version of the website. No liability is assumed, either explicitly or implicitly, for the accuracy, reliability, or correctness of the translations into another language.

SOI-Based Silicon Quantum Dots Contacted by Self-Aligned Nano-Electrodes

In this paper we present a novel approach to fabricate single-electron devices utilizing different self-organization and self-alignment effects. Silicon quantum dots (QDs) are obtained employing reactive ion etching (RIE) into a silicon-on-insulator (SOI) substrate with a self-assembled etch mask. Electrodes with nanometer separation are fabricated and aligned to the QDs by means of a controlled electromigration process. The tunneling rates of the devices are defined by the native oxide covering the silicon QDs and can be adjusted by self-limiting thermal oxidation. The devices show clear Coulomb blockade behavior as well as Coulomb staircase features. In some samples also a gate influence is present giving rise to Coulomb diamonds in the differential conductance diagram.

Titel:

SOI-Based Silicon Quantum Dots Contacted by Self-Aligned Nano-Electrodes

Veröffentlichungsdatum:

26.11.2006

Publikationsart:

Beitrag zu wissenschaftlicher Konferenz/Tagung

Forschungsschwerpunkt:

Medien:

MRS Online Proceedings Library

DOI:

https://doi.org/10.1557/PROC-0958-L10-21

Weblink:

Heft:

Band:

958

Artikelnummer:

1021

ISBN:

Autoren:

Conrad Wolf, Andreas Ladenburger, Rainer Enchelmaier, Klaus Thonke, Rolf Sauer

Medien:

MRS Online Proceedings Library

Herausgeber:

Seiten:

Open Access:

Peer reviewed:

Nein

Zitierung:

Wolf, Conrad R.; Ladenburger, Andreas; Enchelmaier, Rainer; Thonke, Klaus; Sauer, Rolf (2006): SOI-Based Silicon Quantum Dots Contacted by Self-Aligned Nano-Electrodes. MRS Online Proceedings Library 958, 1021. DOI: 10.1557/PROC-0958-L10-21

Autoren:

Conrad Wolf, Andreas Ladenburger, Rainer Enchelmaier, Klaus Thonke, Rolf Sauer