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1.
Gold in the past, today and future
Rebeka Rudolf, Maša Anžel, Evgenija Marković, Miodrag Čolić, Dragoslav Stamenković, 2012, review article

Abstract: This paper deals with gold, which is described as a chemical element. Special attention is paid to its physical-chemical properties and, furthermore, where or in what form it can be found in nature. We discuss the role it has played through history and we inform how gold has been developed to the level it has reached today's value. Still more, when gold is broken into nanoparticles, this form could be highly useful for a wide range of processes, including general nanotechnology, electronics manufacturing and the synthesizing of different functional materials. It is important that we know that gold is also used in industry in many engineering applications (contacts in micro-electronics) and medicine (dental alloys, implants).
Keywords: gold, physical-chemical properties, nano-particles, applications
Published: 01.06.2012; Views: 1675; Downloads: 58
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2.
Izdelava plastomagnetov s slojevitimi dodajalnimi tehnologijami
Maša Anžel, 2017, undergraduate thesis

Abstract: Z uvedbo nove tehnologije trirazsežnega tiskanja plastomagnetov želimo zadostiti kriteriju po nižanju stroškov izdelave manjših serij in ob tem ohraniti dobre magnetne in mehanske lastnosti, ki jih dosežemo z injekcijskim brizganjem. V diplomskem delu sta bili iz magnetnega prahu NdFeB in polimernega veziva PA12 s postopkom neprekinjenega ciljnega nalaganja (FDM) izdelali dve seriji tiskanih plastomagnetov z različno debelino tiskanega sloja. Z raziskavami smo želeli ugotoviti, s katero debelino se najbolj približamo lastnostim injekcijsko brizganega plastomagneta. Pri tem smo uporabili splošno znane metode priprave vzorcev, merjenja in izračuna gostote, analize mikrostrukture ter ugotavljanja mehanskih in magnetnih lastnosti. Raziskava je pokazala, da se željenemu cilju približujemo z zmanjšanjem debeline tiskanega sloja. Potrdili smo tezo, da lahko z novo tehnologijo izdelave plastomagnetov dosežemo zadovoljive lastnosti za industrijske potrebe. Rezultati tega dela predstavljajo spodbudo za nadaljnje raziskave na področju razvoja tehnologije 3D tiskanja plastomagnetov.
Keywords: plastomagneti, 3D tiskanje, zlitina NdFeB, mikrostruktura
Published: 28.09.2017; Views: 424; Downloads: 100
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