Opto-technical monitoring and hygrothermal simulation of cultural heritage as a tool for identifying critical climate change-related relative humidity values inside buildings

Opto-technical monitoring and hygrothermal simulation of cultural heritage as a tool for identifying critical climate change-related relative humidity values inside buildings

Holl, Kristina; Pallas, Leander; Krus, Martin; u. a. (2023): Opto-technical monitoring and hygrothermal simulation of cultural heritage as a tool for identifying critical climate change-related relative humidity values inside buildings, in: Working Towards a Sustainable Past : ICOM-CC 20th Triennial Conference Preprints, Paris: International Council of Museums, S. 1–8.

Faculty/Chair:

Centre for Heritage Conservation Studies and Technologies

Author:

;

Pallas, Leander

;

;

Bellendorf, Paul

;

Löther, Thomas

Title of the compilation:

Working Towards a Sustainable Past : ICOM-CC 20th Triennial Conference Preprints

Conference:

ICOM-CC Triennial Conference 2023 ; Valencia

Publisher Information:

Paris : International Council of Museums

Year of publication:

2023

Pages:

1-8

ISBN:

978-2-491997-79-3

Language:

English

URL:

https://www.icom-cc-publications-online.org/5667/Opto-technical-monitoring-and-hygrothermal-simulation-of-cultural-heritage-as-a-tool-for-identifying-critical-climate-change-related-relative-humidity-values-inside-buildings-

Peer Reviewed:

Yes:

International Distribution:

Yes:

Type:

Conferenceobject

URI:

https://fis.uni-bamberg.de/handle/uniba/92037

Activation date:

May 8, 2024

Permalink https://fis.uni-bamberg.de/handle/uniba/92037