Studying the Pathology and Corrosion of Two Iron Bayonet Belonging to the Persian Gulf Anthropology Museum, Iran
Abstract
Hormozgan Province is one of the important historical areas in South of Iran. In this ancient area many significant objects have been obtained such as graffito pottery, Celadon, Sasanian coins, and iron weapons. Among other objects of this ancient area, two iron bayonets belonging to the first millennium to seven hundred BC that are protected in Persian Gulf Museum. The damages and corrosions observed on the surface of these artifacts have led to the destruction of the blades of these bayonets. The main objective of present study is identifying the type of corrosions and damages that have destructed these artifacts. In the same vein, in order to investigate the metal core, X-ray Radiography device has been deployed. In order to identify the type of corrosion products, XRD analysis and in order to analyze the types of corrosions on the surface and matrix of the artifacts, SEM-EDX and metallography device have been utilized. The obtained results indicated the existence of ferric chloride corrosion including Akaganéite (β-FeOOH) and Lorensite FeCl2 which indicate the intensity of corrosion and delamination metal matrix. Corrosion layer of Goethite (γ-FeOOH) were also recognized at the level of the objects.
Full Text: PDF DOI: 10.15640/jaa.v5n1a4
Abstract
Hormozgan Province is one of the important historical areas in South of Iran. In this ancient area many significant objects have been obtained such as graffito pottery, Celadon, Sasanian coins, and iron weapons. Among other objects of this ancient area, two iron bayonets belonging to the first millennium to seven hundred BC that are protected in Persian Gulf Museum. The damages and corrosions observed on the surface of these artifacts have led to the destruction of the blades of these bayonets. The main objective of present study is identifying the type of corrosions and damages that have destructed these artifacts. In the same vein, in order to investigate the metal core, X-ray Radiography device has been deployed. In order to identify the type of corrosion products, XRD analysis and in order to analyze the types of corrosions on the surface and matrix of the artifacts, SEM-EDX and metallography device have been utilized. The obtained results indicated the existence of ferric chloride corrosion including Akaganéite (β-FeOOH) and Lorensite FeCl2 which indicate the intensity of corrosion and delamination metal matrix. Corrosion layer of Goethite (γ-FeOOH) were also recognized at the level of the objects.
Full Text: PDF DOI: 10.15640/jaa.v5n1a4
Browse Journals
Journal Policies
Information
Useful Links
- Call for Papers
- Submit Your Paper
- Publish in Your Native Language
- Subscribe the Journal
- Frequently Asked Questions
- Contact the Executive Editor
- Recommend this Journal to Librarian
- View the Current Issue
- View the Previous Issues
- Recommend this Journal to Friends
- Recommend a Special Issue
- Comment on the Journal
- Publish the Conference Proceedings
Latest Activities
Resources
Visiting Status
Today | 13 |
Yesterday | 16 |
This Month | 59 |
Last Month | 2895 |
All Days | 873514 |
Online | 4 |