New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/

PSZJBL

Bibliographic Details
Main Authors: 579892 Kuchma, O. V author, Zub, Yu L author, Dabrowski, A author
Format:
Language:eng
Subjects:
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author 579892 Kuchma, O. V author
Zub, Yu L author
Dabrowski, A author
author_facet 579892 Kuchma, O. V author
Zub, Yu L author
Dabrowski, A author
author_sort 579892 Kuchma, O. V author
collection OCEAN
description PSZJBL
first_indexed 2024-03-05T10:19:08Z
format
id KOHA-OAI-TEST:436478
institution Universiti Teknologi Malaysia - OCEAN
language eng
last_indexed 2024-03-05T10:19:08Z
record_format dspace
spelling KOHA-OAI-TEST:4364782020-12-19T17:15:41ZNew sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/ 579892 Kuchma, O. V author Zub, Yu L author Dabrowski, A author engPSZJBL
spellingShingle
579892 Kuchma, O. V author
Zub, Yu L author
Dabrowski, A author
New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title_full New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title_fullStr New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title_full_unstemmed New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title_short New sorption materials based on polysiloxane xerogels with incorporated calix[4]area : synthesis and structure/
title_sort new sorption materials based on polysiloxane xerogels with incorporated calix 4 area synthesis and structure
topic
work_keys_str_mv AT 579892kuchmaovauthor newsorptionmaterialsbasedonpolysiloxanexerogelswithincorporatedcalix4areasynthesisandstructure
AT zubyulauthor newsorptionmaterialsbasedonpolysiloxanexerogelswithincorporatedcalix4areasynthesisandstructure
AT dabrowskiaauthor newsorptionmaterialsbasedonpolysiloxanexerogelswithincorporatedcalix4areasynthesisandstructure