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15篇 您的检索式:作者名="Stanislaw Ledakowicz"
    题名 作者 年代 出处 被引量
1Trends in NO x abatement: A review显示文摘Kinga Skalska Jacek S. Miller Stanislaw Ledakowicz 2010Science of the Total Environment2010,,19:2
2Pyrolysis kinetics of chitin by non-isothermal thermogravimetry显示文摘 Stanislaw Ledakowicz 2005Thermochimica Acta2005,433,:1
3Application of membrane processes in closing of water cycle in a textile dye-house显示文摘Jadwiga Sojka-Ledakowicz Renata Zylla Zdzislawa Mrozinska Katarzyna Pazdzior Anna Klepacz-Smolka Stanislaw Ledakowicz 2009Desalination2009,,2:1
4Trends in NOt abatement : A review 显示文摘Skalska Kinga Miller Jacek S Ledakowicz Stanislaw 2010Science of the Total Environment2010,408,19:1
5Trends in NO x abatement: A review显示文摘Kinga Skalska Jacek S. Miller Stanislaw Ledakowicz 2010Science of the Total Environment2010,,19:1
6Chlorophyll extraction from leaves,needles and microalgae:A kinetic approach显示文摘Currently,there is a strong focus on industrial production of chlorophyll as a natural pigment.Two factors are required in the economically feasible process to make chlorophyll production:material with high pigment content and efficient extraction mechanism.In this work,extraction of chlorophyll from harvested black locust(Robinia pseudoacacia)leaves,Scots pine(Pinus sylvestris)needles,field sow thistle(Sonchus arvensis)leaves,and green microalga(Chlorella sp.)was discussed.The highest pigment content was detected in Chlorella cells(4.46%)followed by black locust leaves(1.63%),sow thistle leaves(1.48%)and pine needles(0.38%).The chlorophyll extraction rate was the highest for black locust leaves(k=3.59 h^(-1)),sow thistle leaves(k=2.90 h^(-1))and Chlorella cells(k=2.80 h^(-1))with the use of methanol as a solvent.In investigated materials,needles showed higher resistance for chlorophyll extraction(k=0.93 h^(-1))when compared to leaves and microalgae.Values of extraction kinetic constant were much lower for all materials(0.22-1.12 h^(-1))in the case of using ethanol as a solvent.Black locust leaves and Chlorella cells were proved to be the most attractive materials for chlorophyll production.Krystian Miazek Stanislaw Ledakowicz 2013International Journal of Agricultural and Biological Engineering2013,6,2:1
7Optimisation of Oxidants Dose for Combined Chemical and Biological Treatment of Textile Waste Water显示文摘LEDAKOWICZ Stanislaw GEONERA Monika 1999Water Research1999,33,11:1
8Supplementation of the cultivation media with B-group vitamins enhance lovastatin by Aspergillus terreua显示文摘Bizukojc Marcin Pawlowska Beata Ledakowicz Stanislaw 2007Journal of biotechnology2007,127,:1
9The kinet- ics of simultaneous glucose and fructose uptake and product formation by Aspergillus niger in citric acid fer- mentation显示文摘Marcin Bizukojc Stanislaw Ledakowicz 2004Process Bioc-hemistry2004,,:1
10Trends in NOx abatement: a review显示文摘Kinga Skalska Jacek S Miller Stanislaw Ledakowicz 2010Science of the Total Envi- ronment2010,408,:1
11Trends in NOx abatement : a review 显示文摘Kinga Skalska Jacek S Miller Stanislaw Ledakowicz 2010Science of the Total Environment2010,408,19:1
12Trends in NOx abatement:A review显示文摘Kinga Skalska Jacek S Miller Stanislaw Ledakowicz 2010Science of the Total Environment2010,408,:1
13Trends in NO x abatement: A review显示文摘Kinga Skalska Jacek S. Miller Stanislaw Ledakowicz 2010Science of the Total Environment2010,,19:1
14显示文摘Stanislaw Ledakowicz Monika Gonera 1999Wat Res1999,33,11:1
15Microbiological evaluation of toxicity of three polycyclic aromatic hydrocarbons and their decomposition products formed by advanced oxidation processes 显示文摘Jamroz Teresa Ledakowicz Stanislaw Miller Jacek S 2003Environmental Toxicology2003,18,3:1
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