Refine
Year of publication
- 2024 (2)
- 2023 (14)
- 2022 (16)
- 2021 (11)
- 2020 (13)
- 2019 (17)
- 2018 (18)
- 2017 (12)
- 2016 (36)
- 2015 (30)
- 2014 (31)
- 2013 (29)
- 2012 (27)
- 2011 (28)
- 2010 (26)
- 2009 (24)
- 2008 (16)
- 2007 (20)
- 2006 (17)
- 2005 (20)
- 2004 (15)
- 2003 (14)
- 2002 (19)
- 2001 (18)
- 2000 (12)
- 1999 (16)
- 1998 (31)
- 1997 (25)
- 1996 (19)
- 1995 (36)
- 1994 (29)
- 1993 (21)
- 1992 (27)
- 1991 (15)
- 1990 (20)
- 1989 (20)
- 1988 (19)
- 1987 (16)
- 1986 (11)
- 1985 (7)
- 1984 (10)
- 1983 (10)
- 1982 (3)
- 1981 (3)
- 1980 (3)
- 1979 (8)
- 1978 (2)
- 1976 (2)
- 1975 (3)
- 1973 (2)
- 1972 (2)
- 1971 (2)
Document Type
- Article (597)
- Patent (117)
- Book (65)
- Conference Proceeding (34)
- Part of a Book (21)
- Report (5)
- Bachelor Thesis (3)
- Doctoral Thesis (3)
- Diploma Thesis (1)
- Preprint (1)
Language
- English (534)
- German (310)
- Multiple languages (2)
- Spanish (1)
Keywords
- Heparin (3)
- Bacillaceae (2)
- Biorefinery (2)
- Biotechnological application (2)
- Chemometrics (2)
- IR spectroscopy (2)
- NMR spectroscopy (2)
- Principal component analysis (2)
- Standardization (2)
- Subtilases (2)
- Subtilisin (2)
- bubble column (2)
- methanation (2)
- plug flow reactor (2)
- qNMR (2)
- (Poly)saccharides (1)
- (R)- or (S)- gamma-valerolactone (1)
- 4-hydroxy valeric acid (1)
- Algal Turf Scrubber (1)
- Algal–bacterial bioflm (1)
Institute
- Fachbereich Chemie und Biotechnologie (847) (remove)
Thin films of poly(ethyleneterephthalate) [PET]were exposed to radiation dose ranging from 10 to 30 kGy by using gamma rays in the range 12.8-177.8 MGy using swift light ions of hydrogen. There was no effect of the radiation dose on the optical behaviour of PET as a result of exposure to radiation dose up to 30 kGy brought about by gamma rays but a significant decrease in the optical band gap values was observed when PET was exposed to swift light ions of hydrogen. The data obtained are discussed in terms of optical studies carried out on PET using swift heavy ions.
Helle Fensterprofilmaterialien : Alterungsverhalten auf Basis von peroxidisch vernetztem EPDM
(2010)