Search results for: DENTAL IMPLANTS

Filters

total: 17
filtered: 1

clear all filters

Chosen catalog filters

Year of publication
- 2021
Discipline
- Engineering and Technology
Administrative Unit

Administrative Unit
- Gdańsk University of Technology
  Expand the catalog: Gdańsk University of Technology
  - Faculty of Chemistry
    Expand the catalog: Faculty of Chemistry
    
    Department of Analytical Chemistry
  - Faculty of Electronics, Telecommunicat...
    Expand the catalog: Faculty of Electronics, Telecommunications and Informatics
    
    Department of Metrology and Optoelec...
  - Faculty of Applied Physics and Mathema...
    Expand the catalog: Faculty of Applied Physics and Mathematics
    
    Instytut Nanotechnologii i Inżynieri...
    Expand the catalog: Instytut Nanotechnologii i Inżynierii Materiałowej
    
    Zakład fizyki układów nieuporządko...
  - Faculty of Civil and Environmental Eng...
    Expand the catalog: Faculty of Civil and Environmental Engineering
    
    Katedra Wytrzymałości Materiałów
  - Faculty of Mechanical Engineering and...
    Expand the catalog: Faculty of Mechanical Engineering and Ship Technology
    
    Institute of Manufacturing and Mater...
    Expand the catalog: Institute of Manufacturing and Materials Technology
    
    Laboratorium Materiałów Konstrukcy...
    
    Laboratorium Technologii Maszyn i...
    
    Zakład Materiałoznawstwa I Technol...
    
    Zakład Materiałów Funkcjonalnych
    
    Zakład Technologii Biomateriałów
    
    Zakład Technologii Maszyn i Automa...
    
    Zakład Technologii Materiałów Kons...
    
    Department of Materials Engineering...
Open model
- open access
- restricted access
- embargo
Data source
- MOST DANYCH
- Virtual Microscope

clear Chosen catalog filters

Nanotubular oxide layer formed on helix surfaces of dental screw implants - SEM examination
Open Research Data
open access
- M. Jażdżewska
- M. Bartmański
The samples used for the research had the shape of a helix with a metric thread, with their geometry imitating a dental implant. The oxide layer was produced by a standard electrochemical method in an environment of 1M H3PO4 + 0.3 % HF for 20 min, at a constant voltage of 30 V. The oxidized samples were analyzed with a scanning electron microscope.

Search

Filters

Catalog

Year of publication

Discipline

Administrative Unit

Open model

Data source

Search results for: DENTAL IMPLANTS

Nanotubular oxide layer formed on helix surfaces of dental screw implants - SEM examination