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1

Influence of temperature of the packing as a factor stimulating nitrogen conversions rate in attached-growth circulating reactor

100%
Zielinski M., Krzemieniewski M.
Biotechnologia
|
2005
|
issue 1
207-214
EN
Experiments on attached-growth circulating reactor were conducted to determine the impact of variable heat energy of the reactor packing on nitrification rate. There was a possibility of regulation the packing temperature. The research was carried out for biofilm temperatures from 10oC to 35oC at ambient temperature of 10oC. The increase in packing temperature from 10oC to 30oC caused the increase in nitrification rate from 3.57 gN?m-2?d-1 to 10.1 gN?m-2?d-1. The increase in temperature over 30oC caused the decrease in process rate. Appointed values of temperature coefficient ? for nitrification decreased by increasing in heat energy of packing. The supply of heat energy to biofilm directly through the reactor packing permitted to improve the nitrification effectiveness.
2

Uses of monoclonal antibodies in medicine

100%
Zielinski M., Plucienniczak A.
Biotechnologia
|
2009
|
issue 2
113-122
EN
This review article describes uses of monoclonal antibodies (mAb) in medicine as therapeutics. It contains information about the method of monoclonal antibodies production, types of their modifications and nomenclature. We show examples of mAb application in therapies.
3

Lidar-based investigations of optical extinction in the marine boundary layer over the coastal area

52%
Zielinski T., Piskozub P. J., Piskozub J., Drozdowska D. V., Drozdowska V., Irczuk I. M., Irczuk M., Zielinski Z. M., Zielinski M.
|
2000
|
vol. 29
|
issue 3
35-42
EN
This paper presents the results of research, begun in 1992, into the determination of aerosol dynamics in the marine boundary layer under various hydrometeorological conditions by means of the lidar method. By employing several wavelengths the lidar-obtained optical extinction provides very accurate information about the size distribution of aerosols as well as their concentrations under various weather conditions and at different altitudes above the sea surface. It was demonstrated that in the marine boundary layer over the breaker zones of the southern Baltic Sea optical extinction depends on the method of calculation and wind direction as well as altitude above the sea surface. The results provided valuable inputs for investigations of the physical processes involved, as well as an important data set to use for the development of modelling of aerosol types and their dynamics in the coastal areas of the southern Baltic Sea.
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