Laser micro-and nano-processing: applications in modern dentistry

Y Afkham, J Gaughran, V Pavlic… - Laser Micro-and Nano …, 2021 - iopscience.iop.org
Chapter 11 presents an overview of the use of lasers for nano-and micro-scale processing of
materials for applications in modern dentistry. Surface bonding of dental implants, their …

INVESTIGATION OF THE MICROSTRUCTURE OF AISI 321 STAINLESS STEEL AFTER LASER SURFACE MELTING

TD Dikova, NK Panova, ID Parushev - Journal of Chemical Technology …, 2024 - j.uctm.edu
The aim of the present paper is to investigate the microstructure of laser-melted surface
layers of austenitic steel for biomedical applications. The surface of prismatic specimens …

[PDF][PDF] Application of lasers and laser processing technologies in modern dentistry: A review

NK Panova, KT Nikolova, TD Dikova - Journal of Chemical Technology …, 2023 - j.uctm.edu
The purpose of this overview is to analyze the application of different types of lasers and
laser processing technologies in modern dentistry. The analysis is based on the …

Corrosion Resistance of AISI 321 Austenitic Steel in Biological Fluids after Laser Surface Treatment//Корозионна устойчивост в биологични флуиди на аустенитна …

Н Панова - 2024 - repository.mu-varna.bg
В настоящата дисертация е изследвана корозионната устойчивост в биологични
флуиди на аустенитна неръждаема стомана AISI 321 след повърхностно въздействие …

Porous titanium materials produced using the HIP method

W Leśniewski, M Wawrylak, P Wieliczko… - Key Engineering …, 2016 - Trans Tech Publ
Biocompatible porous materials may find use in the manufacture of bone implant
components to facilitate bonding of prostheses with bone tissues. The paper presentsa …

Корозионна Устойчивост в Биологични Флуиди на Аустенитна Стомана AISI 321 След Повърхностно Въздействие с Лазер

НК Панова - 2024 - search.proquest.com
Аустенитните неръждаеми стомани са едни от първите сплави, използвани за
изработване на импланти, конструкции и устройства за общата и дентална медицина …

[引用][C] Porous titanium materials produced using the HIP method.

L Wojciech, W Marek, W Piotr, B Łukasz, K Izabela - Key Engineering Materials, 2016