FPGA based signal processing structures

Lie, Ioan; Beschiu, C.; Nanu, Sorin

doi:10.1109/saci.2011.5873043

Cited by 3 publications

(2 citation statements)

References 2 publications

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“…At the end of experiment we analyzed the protein electrophoresis (albumin, α 1 -globuline, α 2 -globuline, β 1 -globuline, β 2globuline and γ-globulin), total iron binding capacity, and transferrin concentration in an authorized clinical laboratory. Analytical tests were performed in a clinical laboratory equipped with modern laboratory equipment, with software that allows the calculation and expression of the results in an easily centralized and statistically evaluated form [27,28].…”

Section: Experimental Partmentioning

confidence: 99%

Specific Proteins in Relation with Iron Overload in Experimental Study

Ahmadi¹,

Nicula²,

Dumitrescu³

et al. 2018

Rev. Chim.

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Iron is an essential mineral for organisms and due to environment iron deficiency and pollution it is very important to understand and monitor the iron homeostasis. Thus, the concentration of iron is very important in hematological and biochemical parameters because iron is component of hemoglobin, erythrocytes, and myoglobin -being part of oxygen-binding proteins. The aim of our experiment was to try a natural protection with fresh, organic plants administration � of iron overload in rabbits. Thereby, we administrated ferrous gluconate (hydro-solution, 15g Fe2+/body weight) as intraperitoneal injection for 43 days to German Lop Eared breed rabbits, and in the same time we tried to protect the animals with a diet consisting in black cumin seeds; clover, chives, leek, parsley, coriander, rucola, radish, fenugreek - leaves; cucumber and carrots. At the end of experiment we analyzed the protein electrophoresis (albumin, a1-globulin, a2-globulin, b1-globulin, b2-globulin and g-globulin), total iron binding capacity, and transferrin concentration. The analytical results demonstrated that plant administration was beneficial for iron homeostasis and the tested blood parameters did not record significant variations between control and experimental group, which proves that diet is very important in health and homeostatic mechanisms in living organisms.

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Section: Experimental Partmentioning

confidence: 99%

Specific Proteins in Relation with Iron Overload in Experimental Study

Ahmadi¹,

Nicula²,

Dumitrescu³

et al. 2018

Rev. Chim.

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“…The alert rithm of industrial development, dependent on the electric energy production and the water transport determined the engineers, especially those involved in the scientific research, to look for solutions for increasing the life of the equipments with great influence upon this rithm, such as: hydraulic turbine runners, pump impellers and ship propellers. In the multitude of studies regarding the introduction of new manufacturing technologies, realized through computers using specialized programmes [1][2][3] and specific treatments [4,5], there are targeted also the introduction of new materials such as composite materials bazed on polymers [6][7][8][9], for some details subjected to mechanical and hydrodynamic forces, the shape and integrity of those details being of great importance for the performance and the exploatation period of the whole machine. In the last periode, mixtures bazed on polymers are frequently used for covering the metalic details, both in manufacturing period or for repair works.…”

mentioning

confidence: 99%

Cavitation Erosion Behavior on Thin Films of Polymer Blends Deposited Over Bronze Surfaces

Bordeaşu¹,

Cîrciumaru²,

Popoviciu³

et al. 2018

Mat.Plast.

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The composite materials with polymeric matrix represent a great realization of chemical engineering. Their applications in all the industrial fields are dictated by their chemical, physical and mechanical properties. In the last 50 years the polymeric composite materials received a large use in the protection and repair work of the surfaces in contact with fluid currents of various natures. The scientific researches followed by the industrial use, show that the polymere films with certain composition and properties have an excellent behavior to chemical, abrasive and cavitation erosions. Because the most stressed machine details subjected to cavitation erosions are the blades, runners and impellers of hydraulic machines as well as the ship propellers, researchers are looking for the best polymers to increase the running time, or for the use in covering the zones with shallow erosions, during the repair work. In this direction is oriented also the present research, performed in the Cavitation Laboratory of the Timisoara Polytechnic University. The obtained cavitation erosion for specimens covered with different polymere films is compared with those realized in identical conditions, but for specimens without protection films. The results show that the films assure some increase in the resistance to cavitation erosion but the tested polymer layers have reduced adherence on the metal surface.

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