3 citations · 18 across the 35 of their papers we have counts for
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Classifying Protoplanetary disks Infrared Spectrum and Analysis by c-CH CH CH CH CH and CH to be Capable Template for Biological Molecule
Norio Ota, Aigen Li
Protoplanetary disk around a just born young star contains a lot of cosmic dust. especially polycyclic-aromatic-hydrocarbon (PAH), which would become basic component to create biol…
Magnetism of Fullerene C60 Compared with Graphene Molecule by DFT Calculation, Laboratory Experiment and Astronomical Observation
Norio Ota, Aigen Li, Laszlo Nemes +1
Magnetism of fullerene C60 was studied by three methods of the density functional theory (DFT) calculation, laboratory experiment and astronomical observation. DFT revealed that th…
Void defect induced magnetism and structure change of carbon material-2, Graphene molecules
Norio Ota, Aigen Li, Laszlo Nemes +1
Void-defect is a possible origin of ferromagnetic feature on pure carbon materials. In our previous paper, void-defect on graphene-nanoribbon show highly polarized spin configurati…
Void defect induced magnetism and structure change of carbon material-3, Polycyclic aromatic hydrocarbon
Norio Ota, Aigen Li, Laszlo Nemes
Void-defect induced magnetism of graphene molecule was recently reported in our previous paper of this series study. This paper investigated the case of hydrogenated graphene molec…
Graphene Molecules Contributing to the Infrared Bands of Carbon Rich Planetary Nebulae
Norio Ota, Aigen Li, Laszlo Nemes +1
It is well known since 2010 that fullerene C60 is widespread through the interstellar space. Also, it is well known that graphene is a source material for synthesizing fullerene. H…
Graphene Molecule Compared With Fullerene C60 As Circumstellar Carbon Dust Of Planetary Nebula
Norio Ota
It had been understood that astronomically observed infrared spectrum of carbon rich planetary nebula as like Tc 1 and Lin 49 comes from fullerene (C60). Also, it is well known tha…