Rehydroxylation Dating: Assessment for Archaeological Application

    Research output: Other contribution

    Published

    View graph of relations

    Investigations are carried out into the mass gain behaviour of fired clay ceramics following drying (130°C) and reheating (500°C), and the application of these mass gain properties to the dating of archaeological ceramics using a modified rehydroxylation dating (RHX) methodology, a component based approach. Gravimetric analysis is conducted using a temperature and humidity controlled glove box arrangement (featuring a top-loading balance) on eighteen samples of varied known ages and contexts; this occurs following transfer from environmentally controlled chambers where subsamples of these samples are aged at three temperatures (25°C, 35°C, 45°C) following drying and reheating. The sample set consists principally of post-medieval bricks, but also includes some post-medieval pottery as well as both Etruscan and Roman ceramics. A suite of techniques are applied to characterise these ceramics, including XRD, FTIR, p-XRF, thin-section petrography, BET analysis, TG-MS and permeametry.

    Documents

    Original languageEnglish
    TypePhD Thesis
    PublisherQueens University Belfast
    Number of pages675
    Publication statusPublished - 30 Apr 2015

      Research areas

    • RHX, Dating, Post-medieval, Brick Archaeology

    ID: 61474853