Search the repository

A+ | A- | | SLO | ENG

Query:	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
ANDORAND NOT	search in TitleAuthorAbstractKeywordsFulltextYear of publishing
Work type:	All work types Habilitation (m4) Specialist thesis (m3) High school thesis (m6) Bachelor work * (dip) Master disertations * (mag) Doctorate disertations * (dok) Research Data or Corpuses (data) * old and bolonia study programme
Language:	All languagesSlovenianEnglishGermanCroatianSerbianBosnianBulgarianCzechFinnishFrenchGerman (Austria)HungarianItalianJapaneseLithuanianNorwegianPolishRussianSerbian (cyrillic)SlovakSpanishSwedishTurkishUndeterminedUnknown
Search in:	RUNG    AU - School of Arts    FAN - Faculty of Applied Sciences    FH - Faculty of Humanities    FN - School of Science    FPŠ - Graduate School    FVV - School for Viticulture and Enology    FZO - Faculty of Environmental Sciences    PTF - Faculty of Engineering and Management    UNG - University of Nova Gorica    VŠU - School of Arts    VŠVV - College of Viticulture and EnologyCOBISS    Univerza v Novi Gorici
Options:	Show only hits with full text
	Reset

1 - 1 / 1 1

1. Covalent Organic Framework Based on Azacalix[4]arene for the Efficient Capture of Dialysis Waste Products Serdal Kirmizialtin, Jesus Raya, Abdul Khayum Mohammed, Liaqat Ali, Salma Abubakar, Nawavi Naleem, Pascal Simon, Felipe Gándara, Dinesh Shetty, Tina Škorjanc, 2022, original scientific article Found in: ključnih besedah Summary of found: ... azacalixarene, covalent organic frameworks, dialysis, uric acid, creatinine,... Keywords: azacalixarene, covalent organic frameworks, dialysis, uric acid, creatinine, adsorption Published: 08.09.2022; Views: 374; Downloads: 0 Fulltext (3,14 MB)

Search done in 0 sec.

Back to top