Name Card

Full name Familienname, Vorname
Poelt, Peter
 

Own Publications Eigene Publikationen

Results 1-20 of 21 (Search time: 0.001 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Granitzer, Petra ; Rumpf, Klemens ; Poelt, Peter ; Reissner, Michael Magnetic Characteristics of Ni-Filled Luminescent Porous SiliconArtikel Article 2019
2Rumpf, Klemens ; Granitzer, Petra ; Michor, Herwig ; Poelt, Peter Bi-metal deposits within nanostructured silicon with respect to permanent nanomagnetsArtikel Article2018
3Granitzer, Petra ; Rumpf, Klemens ; Poelt, Peter ; Reissner, Michael Optical Properties of Nanoporous Silicon in the Presence of Magnetic NanostructuresArtikel Article2018
4Rumpf, Klemens ; Granitzer, Petra ; Michor, Herwig ; Poelt, Peter Synthesis and Magnetic Characterization of Nanostructured Silicon with Bi-Metal FillingArtikel Article2017
5Granitzer, Petra ; Rumpf, Klemens ; Reissner, Michael ; Poelt, Peter Control of the Magentic Properties of a Magnetic Field Guidable Biocompatible NanovehicleArtikel Article2016
6Rumpf, Klemens ; Granitzer, Petra ; Michor, Herwig ; Poelt, Peter Synthesis and Magnetic Characterization of (Porous Silicon/"Hard-Soft" Magnetic) NanocompositesArtikel Article2016
7Rumpf, Klemens ; Granitzer, Petra ; Koshida, Nobuyoshi ; Poelt, Peter ; Michor, Herwig Morphology controlled magnetic interactions of porous Silicon embedded nanostructuresArtikel Article2015
8Granitzer, Petra ; Rumpf, Klemens ; Gonzalez-Rodriguez, Roberto ; Coffer, Jeffery ; Poelt, Peter ; Reissner, Michael Magnetic studies of iron oxide nanoparticles encapsulated within nanostructured siliconArtikel Article2015
9Rumpf, Klemens ; Granitzer, Petra ; Poelt, Peter ; Michor, Herwig Pore-filling of porous silicon with ferromagnetic nanostructuresArtikel Article2015
10Rumpf, Klemens ; Granitzer, Petra ; Koshida, Nobuyoshi ; Poelt, Peter ; Reissner, Michael Study of the magnetic interactions between metal nanodeposits in porous siliconArtikel Article2014
11Rumpf, Klemens ; Granitzer, Petra ; Koshida, Nobuyoshi ; Poelt, Peter ; Reissner, Michael Magnetic interactions between metal nanostructures within porous siliconArtikel Article2014
12Granitzer, Petra ; Rumpf, Klemens ; Koshida, Nobuyoshi ; Poelt, Peter ; Michor, Herwig Electrodeposited metal nanotube/nanowire arrays in mesoporous silicon and their morphology dependent magnetic propertiesArtikel Article2014
13Rumpf, Klemens ; Granitzer, Petra ; Tian, Yuan ; Coffer, Jeffery ; Akkaraju, Giri ; Poelt, Peter ; Michor, H. Porous Silicon with Deposited Iron Oxide as Vehicle for Magnetically Guided Drug DeliveryArtikel Article2014
14Granitzer, Petra ; Rumpf, Klemens ; Tian, Yuan ; Akkaraju, Giri ; Coffer, Jeffery L. ; Poelt, Peter ; Reissner, Michael Size-dependent assessment of Fe3O4-nanoparticles loaded into porous siliconArtikel Article2013
15Rumpf, Klemens ; Granitzer, Petra ; Poelt, Peter ; Reissner, Michael Magnetic properties of an iron oxide/Porous silicon system controlled by magnetic interactionsArtikel Article2013
16Granitzer, Petra ; Rumpf, Klemens ; Ohta, Toshiyuki ; Koshida, Nobuyoshi ; Poelt, Peter ; Reissner, Michael Magnetic Field Assisted Etching of Porous Silicon as a Tool to Enhance Magentic CharacteristicsArtikel Article2013
17Rumpf, Klemens ; Granitzer, Petra ; Morales, Puerto M ; Poelt, Peter ; Reissner, Michael Variable blocking temperature of a porous silicon/ Fe₃O₄ composite due to different interactions of the magnetic nanoparticlesArtikel Article 8-Aug-2012
18Granitzer, Petra ; Rumpf, Klemens ; Ohta, Toshiyuki ; Koshida, Nobuyoshi ; Poelt, Peter ; Reissner, Michael Porous silicon/Ni composites of high coercivity due to magnetic field-assisted etchingArtikel Article 11-Jul-2012
19Rumpf, Klemens ; Granitzer, Petra ; Reissner, Michael ; Poelt, Peter ; Albu, Mihaela Investigation of Ni and Co deposition into porous silicon and the influence of the electrochemical parameters on the physical propertiesArtikel Article2012
20Granitzer, Petra ; Rumpf, Klemens ; Reissner, Michael ; Morales, M. Puerto ; Poelt, Peter ; Uusimäki, Toni ; Albu, Mihaela Porous silicon/iron oxide nanocomposite with deposition dependent magnetization propertiesArtikel Article2012