[PDF][PDF] FT-Raman Analysis of Cellulose based Museum Textiles: Comparison of Objects Infected and Non-infected by Fungi.
K Kavkler, NG Cimerman, P Zalar, A Demšar - Tekstilec, 2018 - tekstilec.si
It is well-known fact that the supermolecular structure of museum textiles changes during
aging and biodeterioration. These structural changes can be observed by different …
aging and biodeterioration. These structural changes can be observed by different …
[PDF][PDF] FT-Raman Analysis of Cellulose based Museum Textiles: Comparison of Objects Infected and Non-infected by Fungi FT-Ramanska analiza celuloznih …
K Kavkler, NG Cimerman, P Zalar, A Demšar - academia.edu
It is well-known fact that the supermolecular structure of museum textiles changes during
aging and biodeterioration. These structural changes can be observed by different …
aging and biodeterioration. These structural changes can be observed by different …
[PDF][PDF] ASSESSMENT OF BIODEGRADATION POTENTIALS OF FUSARIUM OXYSPORUM AND ASPERGILLUS NIGER ON BIOMEDICAL WASTE AND WASTE …
HM SAID, IL ABDULLAHI - Nigerian Journal of Scientific …, 2021 - journals.abu.edu.ng
ASSESSMENT OF BIODEGRADATION POTENTIALS OF FUSARIUM OXYSPORUM AND
ASPERGILLUS NIGER ON BIOMEDICAL WASTE AND WASTE MANAGEMENT IN Page 1 …
ASPERGILLUS NIGER ON BIOMEDICAL WASTE AND WASTE MANAGEMENT IN Page 1 …
[PDF][PDF] Capacity of fungi for biodegradation of cellulose wastes generated at manned space flight
YG Stoyancheva, N Kostadinova… - ACTA … - researchgate.net
The amount of waste generated on manned long-duration space missions away from Earth
orbit creates the daunting challenge of how to manage the waste through reuse, rejection, or …
orbit creates the daunting challenge of how to manage the waste through reuse, rejection, or …