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Title | SALVE Sub Angstrom Low Voltage Electron Microscopy Project III of Ulm University / FEI company / |
Description | Partners SALVE Sub Angstrom Low Voltage Electron Microscopy Project of Ulm University with the partners Carl ZEISS NTS and CEOS GmbH supported by the German Research Foundation (DFG) and the Ministry of Science, Research and the Arts (MWK) of |
Keywords | SALVE Sub Angstrom Low Voltage Electron Microscopy Project III of Ulm University / FEI company / CEOS / DFG / MWK: Startpage |
WebSite | salve-project.de |
Host IP | 80.150.6.143 |
Location | Germany |
Site | Rank |
savethechildren.ch | 2,265,037 |
savethechildren.de | 314,227 |
save-the-nature.com | 0 |
Euro€2,204
Zuletzt aktualisiert: 2022-10-06 06:17:35
salve-project.de hat Semrush globalen Rang von 13,232,404. salve-project.de hat einen geschätzten Wert von € 2,204, basierend auf seinen geschätzten Werbeeinnahmen. salve-project.de empfängt jeden Tag ungefähr 551 einzelne Besucher. Sein Webserver befindet sich in Germany mit der IP-Adresse 80.150.6.143. Laut SiteAdvisor ist salve-project.de sicher zu besuchen. |
Kauf-/Verkaufswert | Euro€2,204 |
Tägliche Werbeeinnahmen | Euro€60,059 |
Monatlicher Anzeigenumsatz | Euro€20,387 |
Jährliche Werbeeinnahmen | Euro€1,653 |
Tägliche eindeutige Besucher | 551 |
Hinweis: Alle Traffic- und Einnahmenwerte sind Schätzungen. |
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salve-project.de. | A | 21599 | IP: 80.150.6.143 |
salve-project.de. | AAAA | 21600 | IPV6: 2003:2:2:15:80:150:6:143 |
salve-project.de. | NS | 21600 | NS Record: dns01-tld.t-online.de. |
salve-project.de. | NS | 21600 | NS Record: dns02-tld.t-online.de. |
salve-project.de. | MX | 21600 | MX Record: 10 smtp-02.tld.t-online.de. |
salve-project.de. | MX | 21600 | MX Record: 10 smtp-01.tld.t-online.de. |
UUlm EMMS Contact next Partners FEI Company » CEOS GmbH » Sponsoring DFG » MWK » Future of HRTEM and Spectroscopy At present, modern nanosciences - materials science, biology, medicine, physics and chemistry - merge together, enabling new contributions to society by interdisciplinary work of scientists from different fields. The SALVE project follows this trend with research combining the experience in the field of materials science and life sciences on electron-beam sensitive materials that can be imaged at voltages between 20 and 80 kV. To demonstrate the advances of the Cc/Cs corrected technology we focus on high-resolution transmission electron microscopy (HRTEM) imaging and electron energy loss spectroscopy, in particular on energy-filtered TEM. In the application we focus on our target materials which are low-dimensional materials as well as small molecules. In the analysis of more than 4000 publications on aberration-corrected (S)TEM, trends are found for lower and medium |
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