| Title | Nove tehnologije nuklearnih termoelektrana |
| Author | Ivana Josipović |
| Mentor(s) | Damir Šljivac (thesis advisor)
|
| Abstract | Nuklearna elektrana je postrojenje u kojemu se energija oslobođena u nuklearnom reaktoru, koji radi na principu kontrolirane lančane reakcije, se koristi za proizvodnju pare koja pokreće turbinu električnog generatora. Fisija se drži pod kontrolom, odnosno kontrolira se broj neutrona u nuklearnom reaktoru. Energija veze po neutronu za teške jezgre je oko 7,2 MeV a za jezgre srednje mase je oko 8,2 MeV. Tako se u fisijskom procesu oslobodi 1 MeV energije po neutronu, a kako je ukupan broj neutrona oko 200, onda se u jednom fisijskom procesu oslobodi oko 200 MeV energije. U uvodnom dijelu dan je opis osnovnih reakcija vezanih za nuklearne elektrane. U glavnom dijelu rada prikazana je podjela nuklearnih reaktora u III i IV generaciji. U završnom dijelu napravljena je termodinamička analiza Rankineova ciklus za dva reaktora, reaktor hlađen i moderiran kipućom vodom te vrlo visokotemperaturni reaktor, te smo usporedili dobivene rezultate. |
| Keywords | nuklear energy reactor fission Rankine cycle |
| Parallel title (English) | New Technologies of Nuclear Power Plants |
| Committee Members | Damir Šljivac (committee chairperson)
Marinko Stojkov (committee member)
Matej Žnidarec (committee member)
|
| Granter | Josip Juraj Strossmayer University of Osijek
Faculty of Electrical Engineering, Computer Science and Information Technology Osijek |
| Lower level organizational units | Department of Power Engineering
Chair of Power Plants and Energy Processes |
| Place | Osijek |
| State | Croatia |
| Scientific field, discipline, subdiscipline | TECHNICAL SCIENCES
Electrical Engineering
Power Engineering
|
| Study programme type | university |
| Study level | graduate |
| Study programme | Graduate University Study Programme in Electrical Engineering; specializations in: Communications and Informatics, Power Engineering |
| Study specialization | Power Engineering |
| Academic title abbreviation | mag.ing.el. |
| Genre | master's thesis |
| Language | Croatian |
| Defense date | 2017-09-15 |
| Parallel abstract (English) | Nuclear power plant is a facility where energy released from the nuclear reactor, which works on the principle of controlled chain reaction, is used to produce steam that drives the turbine of the electric generator. Fission is kept under control, the number of neutrons in the reactor is controlled. The neutron-binding energy for heavy cores is around 7.2 MeV and for medium mass cores is around 8.2 MeV. So the fission process releases 1 MeV energy by neutron, how is the total number of neutrons around 200, in one fission process is released around 200 MeV of energy. In the introductory part is given a description of basic reactions related to nuclear power plants. In main part of the work is shown how are nuclear reactors devided in III and IV generations. In final part is made thermodynamic Rankine-ov cycle analysis for two reactors, reactor cooled and moderated by boiling water and high temperature reactor, then I compared the results |
| Parallel keywords (Croatian) | nuklearne elektrana reaktor fisija Rankineov ciklus |
| Resource type | text |
| Access condition | Open access |
| Terms of use |  |
| URN:NBN | https://urn.nsk.hr/urn:nbn:hr:200:890885 |
| Repository | https://repozitorij.etfos.hr |
