[HTML][HTML] The effect of zinc, iron and manganese content on gamma shielding properties of magnesium-based alloys produced using the powder metallurgy
This study investigates the effects of Zinc (Zn), Manganese (Mn), and Iron (Fe) additions on
the microstructure, corrosion behaviour, biocompatibility, mechanical, and gamma-ray …
the microstructure, corrosion behaviour, biocompatibility, mechanical, and gamma-ray …
[Retracted] Automatic Measurement of Nanoimage Based on Machine Vision and Powder Metallurgy Materials
Z Jiang, C Zhou - Advances in Materials Science and …, 2022 - Wiley Online Library
The advantages of noncontact, high‐efficiency, and fully automatic vision measurement
technology make it widely used in industrial inspection and other fields. This study is based …
technology make it widely used in industrial inspection and other fields. This study is based …
Fabrication and characterization of Zinc-xTitanium alloys by SPS for biodegradable implants: A comparative study on corrosion resistance and biological behavior
SA Salahi, NH Nemati, SK Sadrnezhaad… - Materials Chemistry and …, 2024 - Elsevier
This study investigated the fabrication and characterization of two new zinc-titanium-based
alloys. The Zn-xTi alloys (x= 4 and 10 wt%) were mechanically alloyed by powder metallurgy …
alloys. The Zn-xTi alloys (x= 4 and 10 wt%) were mechanically alloyed by powder metallurgy …
[PDF][PDF] Effect of surface-modified biodegradable Zinc-based alloys on their biological and corrosion properties in medical implants: A Review
SA Salahi, NH Nemati - Clinical Excellence, 2023 - ce.mazums.ac.ir
Zinc and its alloys are considered as the most promising biodegradable metal material for
clinical applications due to the appropriate biological degradation rate in the body …
clinical applications due to the appropriate biological degradation rate in the body …
اثر اصالح سطح آلیاژهای زیستتخریبپذیر پایه روی بر خواص بیولوژیکی و خوردگی آنها در ایمپلنتهای پزشکی: مقاله مروری.
سیدامیرحسین صال&… - Journal of Clinical …, 2023 - search.ebscohost.com
Zinc and its alloys are considered as the most promising biodegradable metal material for
clinical applications due to the appropriate biological degradation rate in the body …
clinical applications due to the appropriate biological degradation rate in the body …
اثر اصلاح سطح آلیاژهای زیست تخریب پذیر پایه روی بر خواص بیولوژیکی و خوردگی آن ها در ایمپلنت های پزشکی: مقاله مروری
صلاحی, سید امیرحسین, حسن زاده نعمتی - تعالی بالینی, 2023 - ce.mazums.ac.ir
Zinc and its alloys are considered as the most promising biodegradable metal material for
clinical applications due to the appropriate biological degradation rate in the body …
clinical applications due to the appropriate biological degradation rate in the body …