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• W1002928140 abstract "Kutatasi eredmenyeink tobbsege a debreceni elektron-ciklotronrezonancias (ECR) plazma- es ionforras folyamatos fejlesztesen es tobbcelu, a plazmafizikatol az asztrofizikaig, a nanotechnologiatol az orvostudomanyig terjedő alkalmazasan alapul. A kiserleti elrendezesek fuggvenyeben vizsgaltuk az előallitott nagytoltesű nehezionok, plazmak, ionnyalabok (Ne1+-8+, Ar1+-16+, Xe1+-24+, C601+-3+, ....) parametereit (ionizacios osszetetel, sűrűseg, rontgenspektrumok, potencialis es kinetikai energia) es azokat osszehasonlitottuk mas plazmafizikai kutatasok adataival, elősegitve a kozmikus vizsgalatok eredmenyeinek a teljesebb megerteset is. A nagytoltesű ionok es a bizonyos specialis szilardtestek (funkcionalis amorf kalkogenid alapu felvezető retegek, kapillarisokat tartalmazo polimer retegek, titan implantatumok, stb.) kolcsonhatasainak specifikus, mikro- es nanoskalan jelentkező tulajdonsagait es mechanizmusat kutattuk, kulonos tekintettel az ionok toltese altal keltett atalakulasokra Se, AsSe retegekben, Ti feluleten, valamint mikrokapillarisok belsejeben. Ezek alapjan celoztuk meg a vizsgalt ionnyalabok potencialis alkalmazasait feluleti felvezető mikro- es nanostrukturak in situ előallitasara, biokompatibilis implantatumok feluleti modositasara, ionnyalab fokuszalo, iranyito mikroeszkozok kialakitasara. Eredmenyeink tobbsege az ECR ionforras alkalmazasara epulő uj kutatasi-fejlesztesi temakat (pl. funkcionizalt biokompatibilis anyagok, integralt ionoptika) alapoz meg. | Majority of our research results base on continuous development of the Electron Cyclotron Resonance (ECR) plasma and ion source and its multipurpose application from plasma physics to astrophysics and from nanotechnology to medical sciences. The parameters (composition, density, X-ray spectra, potential and kinetic energy) of the generated highly charged heavy ions (Ne1+-8+, Ar1+-16+, Xe1+-24+, C601+-3+, ....) have been investigated in dependence from the experimental conditions and the results were compared with data of other plasma physics research which enabled understanding more deeply some cosmic phenomena. The specific characteristics and mechanisms of interaction of highly charged ions with solid surfaces (functional amorphous chalcogenide-based semiconductor layers, polymer layers with capillaries, titanium implants, etc.) at micro- and nano-scale dimensions were investigated with a special attention to ion-charge induced transformations in Se, AsSe layers and on Ti surfaces, as well as to the ion transport inside the micro-capillaries. It was the basis of our targeted research on the possibilities of applications of these ion beams for the in situ creation of surface micro- and nanostructures on given semiconductors, for surface modification of biocompatible implants, as well as for development of micro-tools for guiding and focusing ion beams. Most of our results serve a good basis for new ECR-based R&D themes like new biocompatible materials, integrated ion optics." @default.
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• W1002928140 date "2009-01-01" @default.
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• W1002928140 title "Egzotikus atomfizikai folyamatok plazmákban és szilárdtestek felületén = Exotic Atomic Processes in Plasmas and on Solid Surfaces" @default.
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