D1.
Rajta I, Gómez Morilla I, Abraham MH, Kiss ÁZ:
Proton beam micromachining on PMMA, Foturan and CR-39
materials
Nuclear Instruments and Methods B210 (2003) 260
D2.
Rajta I, Baradács E, Bettiol AA, Csige I, Tőkési K, Budai L, Kiss ÁZ:
Optimization of particle fluence in micromachining of
CR-39
Nuclear Instruments and Methods B231 (2005) 384
D3.
Rajta I, Baradács E, Chatzichristidi M, Valamontes ES, Uzonyi I, Raptis I:
Proton beam micromachining on strippable
aqueous base developable negative resist
Nuclear Instruments and Methods B231 (2005) 423
D4.
Szilasi SZ, Baradács E, Daruka I, Raics P, Cserháti C, Dobos E, Rajta I:
PMMA
melting
under proton beam exposure
Nuclear Instruments and Methods B231 (2005) 419
D5.
Rajta I, Chatzichristidi M, Baradács E, Cserháti C,
Raptis I, Manoli K, Valamontes ES:
Proton beam micromachined buried
microchannels in negative tone resist materials
Nuclear Instruments and Methods B260 (2007) 414
D6.
Rajta I, Szilasi SZ, Budai J, Tóth Z, Petrik P, Baradács E:
Refractive index depth profile in
PMMA due to proton irradiation
Nuclear Instruments and Methods B260 (2007) 400
D7.
Dücső Cs, Rajta I, Fürjes P, Baradács E:
Concept for processing of
silicon
check valves by proton beam micromachining
Nuclear Instruments and Methods B260 (2007) 409
D8.
Rajta I:
Protonnyalábos mikromegmunkálás: Egy új, direkt írásos,
3-dimenziós litográfiás eljárás. (in Hung.)
Fizikai Szemle 57 (2007) 187
D9.
Baradács E, Csige I, Rajta I:
CO2 treatment and
vacuum effects in proton beam micromachining of PADC
Radiation Measurements 43 (2008) 1354
D10.
Chatzichristidi M, Rajta I, Speliotis Th, Valamontes ES, Goustouridis D, Argitis P, Raptis I:
Aqueous base developable: easy stripping, high
aspect ratio negative photoresist for optical and proton beam lithography
Microsystem Technologies 14 (2008) 1423
D11.
Huszánk R, Szilasi SZ, Vad K, Rajta I:
Fabrication of a microreactor by proton beam writing
technique
Nuclear Instruments and Methods B267 (2009) 2299
D12.
Rajta I, Szilasi SZ, Fürjes P, Fekete Z, Dücső Cs:
Si micro-turbine by proton beam writing and porous
silicon micromachining
Nuclear Instruments and Methods B267 (2009) 2292
D13.
Szilasi SZ, Huszánk R, Csik A, Cserháti Cs, Rajta I:
PDMS patterning by proton beam
Nuclear Instruments and Methods B267 (2009) 2296
D14.
Huszánk R, Szilasi SZ, Rajta I, Csik A:
Fabrication of optical devices in
poly(dimethylsiloxane) by proton microbeam
Optics Communications 283 (2010) 176
S1.
van Kan JA, Rajta I, Ansari K, Bettiol AA, Watt F:
Nickel and copper electroplating of proton beam
micromachined SU-8 resist
Microsystem Technologies 8 (2002) 383
S2.
Watt F, Rajta I, van Kan JA, Bettiol AA, Osipowicz T:
Proton beam micromachined resolution standards for
nuclear microprobes
Nuclear Instruments and Methods B190 (2002) 306
S3.
Watt F, van Kan JA, Rajta I, Bettiol AA, Choo TF, Breese MBH, Osipowicz T:
The National University of
Singapore high energy ion nano-probe facility - Performance
tests
Nuclear Instruments and Methods B210 (2003) 14
S4.
Bettiol AA, Rajta I, Teo EJ, van Kan JA, Watt F:
Proton beam micromachining: electron
emission from SU-8 resist during ion beam irradiation
Nuclear Instruments and Methods B190 (2002) 154
S5.
Sum TC, Bettiol AA, Seng HL, Rajta I, van Kan JA, Watt F:
Proton
beam writing of passive waveguides in PMMA
Nuclear Instruments and Methods B210 (2003) 266
