SVIBOR - Papers quoted in CC - project code: 4-99-161

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Papers quoted in Current Contents on project 4-99-161


Quoted papers: 6
Other papers: 69
Total: 75


Title: Ende avours in the development of mixed feed industry

Authors:
Katić, Zvonko (20511)
Journal: Krmiva
Number: 4
ISSN: 0023-4850
Volume: 34
Year: 1992
Pages: from 165 to 170
Number of references: 15
Language: hrvatski
Summary: The decreasing production costs in mixed feed industry havestimulated great changes, all over the world, in the size,equipment and ownership of mixed feed industry. Automation offactories has become compulsory for survival, which has, at thesame time enabled an increase in capacity to over 100 t/h.Multinational companies cross the continents and dictate theprice of production. In 1991 the world production of mixed feeds was estimated atabout 600 million tonnes. Europe produces about 50 %, NorthAmerica 23 %, Latin America 7 %, the Middle East and Africa 3 %,while Asia and the Pacific area produce the remaining 17 %. Thecountries of the EC contribute with 18 % and other Europeancountries with 32 %. The former USSR produce 145 million tonnes,which probably includes the overall feed production, not only theindustrial production of mixed feeds.
Keywords: feed, develop, technology, ISO, Croatia

Title: Soya final processing for animal feed

Authors:
Katić, Zvonko (20511)
Journal: Krmiva
Number: 5
ISSN: 0023-4850
Volume: 33
Year: 1991
Pages: from 99 to 106
Number of references: 13
Language: hrvatski
Summary: Soybean final processing is performed on different ways due toinactivity of its harmful components as trypsin inhibitor.Trypsin inhibitor is termo unstable and its inactivity isachieved by means of heat, water, pressure on a bean. Theachieved effect is closely connected with the time impact of eachsingle factor. Each single mentioned factor, exp. heat, is due to achieve thedetermined aim under certain circumstances. Negative effects on the other useful sead components can beachieved by inadequate final processing. Chemical final processing has been used recently, preserved bythe name SUPRO. SUPRO is a process by which vegetable proteinturns to be adaptable by chemical reactions; unreturnablydenaturalized. Final processing expences depend on the quantityand the kind of energy which is used. It's cheaper to use heatthat mechanic energy, although it's hot proved to be morefavourable.
Keywords: soya, hydrotermal, nutrition

Title: Investigating dynamic resistance of maize grain hybrid Bc 492 dried by standard and "cooking" method

Authors:
Pliestić, Stjepan (10194)
Krička, Tajana (95395)
Journal: Krmiva
Number: 3
ISSN: 0023-4850
Volume: 35
Year: 1993
Pages: from 125 to 134
Number of references: 16
Language: hrvatski
Summary: Damage to grains occurs because of the high level of mechanization of certain working operations in handling grains through all the stages of production. Also, by applying new finishing methods enabiling increase of digestibility, the dynamic resistance of the grain changes. The breakage in the total quantity increases with the grains passing through a series of transport devices. The work compares the dynamic resistance of the maize grain Hybrid Bc 492 in standard drying method with dynamic grain resistance after applying the "cooking" technique with perforated and nonperforated pericarp of the grain. In investigating the dynamic resistance and the potential of genetic resistance of maize grain a device specially made for this purpose was used. The device can simulate kinetic conditions affecting the grain in machine harvesting, during transport, in storage, etc.
Keywords: dynamic resistance, corn kernel, "cooking" technique, standard method, drying, perforated, nonperforated.

Title: Drying velocity of perforated and nonperforated corn kernel after "cooking" treatment

Authors:
Krička, Tajana (95395)
Pliestić, Stjepan (10194)
Journal: Krmiva
Number: 6
ISSN: 0023-4850
Volume: 36
Year: 1994
Pages: from 281 to 289
Number of references: 13
Language: hrvatski
Summary: In this paper kernel of hybrid Bc 492, FAO group 490, yellow dent corn was given a mathematical model of drying corn, in the investigation the first sample of corn kernel was dried without any treatment. The second sample was cooked before drying and the third one was perforated and cooked before drying.
Keywords: corn kernel, drying, "cooking" treatment, perforating

Title: The change of drying velocity on depending of the type of hybrids

Authors:
Krička, Tajana (95395)
Pliestić, Stjepan (10194)
Journal: Agronomski glasnik
Number: 5/6
ISSN: 0002-1954
Volume: 57
Year: 1995
Pages: from 449 to 459
Number of references: 13
Language: hrvatski
Summary: In this paper drying velocity of five different hybrids of corn kernel (Bc 468, Zg 43-28, OSSK 407, Bc 492, Bc 48 W) is given. All the hybrids are from FAO group 400, subspecies - dent yellow corn. Hybrid Bc 468 was dried shorter at the air drying temperature of 130 C for about 83,3 % than hybrid Bc 492 at the same temperature. When the air drying temperature was 110 C this differences was even greater. Hybrid Zg 43-28 dried faster than hybrids Bc 492 and OSSK 407 by about 125 percent.
Keywords: drying, dent yellow corn, FAO group 400.

Title: The dependence of the Bc 492 hybrid maize grain beginning fluidization upon the grain moisture content and the air velocity during the drying process

Authors:
Pliestić, Stjepan (10194)
Journal: Poljoprivredna znanstvena smotra
Number: 1
ISSN: 0370-0291
Volume: 60
Year: 1995
Pages: from 5 to 26
Number of references: 25
Language: hrvatski
Summary: The work treats of researches into initial appearance of fluidization varying within a grain layer (bed) subjected to drying. By measuring the working air fluidization inducing velocity in a layer it has been established that its level also depends on different thickness of drying material on the drying grain properties. By changing the mentioned characteristics, the fluidization point also changes. On a laboratory dry-klin model the extent of all the consequential factors have been measured, especially, as the essential element, the diminishing pressure drop in a material layer. Based on the results of these measurements, as well as on a theoretical analysis of the process, the volume and porosity of the fluidized layer has been estimated. With a veiw to enable the application of the pattern of the "working" air streaming through a layer of biological material, it was indispensable to exchange a grain for some of the common geometrical forms, in this case sphericality has been chosen, that is, the coefficient of the adaptability of a body to a ball. The primary research into forty-eight samples of different initial drying velocity levels (0.8; 1.1; 1.3 m/s) as well as of air temperature levels (85; 110; 130 C), with the varying initial moisture of the samples, had develooped parallelly with primary researches. Owing to the extent of the researches, this work deals with samples of only one temperature level (110 C) and one air streaming velocity (1.1 m/s). Because of the diminished sizes of the grains the level of the biological material changed its thickness and its porosity. In these drying conditions a linear change of the layer thickness depending on the moisture of the material has been established. The work may also serve as a basis for the construction of industrial dry-kilns, as well as to equip them with measuring and regulating equipment. A mathematical model of the interdependence of the mentioned dimensions for the establishing of the initial fluidization point has been proposed, as well as an introduction of additional dimensions of interdependence of the layer pressure drop diminishment and the "working" airflow velocity into automatic system for the complete control of the industrial maize dry-kilns.
Keywords: airflow, pressure drop, fluidization, moisture content, drying, corn kernel, sphericality, porosity,

Title:

Authors:
Katić, Zvonko (20511)
Krička, Tajana (95395)
Pliestić, Stjepan (10194)
Number: naro
ISSN: 86-81601-01-6
Volume: Među
Year: 1990
Pages: from 61 to 68
Number of references: 133
Language: hrvatski


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