Applicationem Fe3o4 Nanoparticles:

Catalyst:
Fe3o4 particulas sunt sicut catalysts in multis industriae reactiones, ut productionem NH3 (Haber Ammonia productio modum), summus temperatus aqua-Gas transferre reactionem et naturalis Gas desulfurization reactionem. Debitum ad parva magnitudinem FE3O4 Nanoparticles, magna specifica superficies area et pauperes superficiem lenitate Nanoparticles, inaequale atomicus gradus sunt formatae, quod crescit in contactu superficiem pro eget reactiones. At the same time, Fe3O4 particles are used as the carrier and the catalyst components are coated on the surface of the particles to prepare ultra-fine catalyst particles with a core-shell structure, which not only maintains the high catalytic performance of the catalyst, but also makes the catalyst easy to recycle. Ideo fe3o4 particulas sunt late in investigationis de catalyst subsidiis.

Magna recording:
Alius momenti usum Nano-Fe3o4 magnetica particulas est ad magneticam recording materiae. Nano Fe3o4 debitum ad parva magnitudine, eius magnetica structuram mutat ex multi-domain ad unum-domain, cum valde altum coercivity, usus est ut magnetica memoria res magnificentiori imaginem, et potest consequi altum notitia memorando densitate. Ut ad consequi optimum recording effectus, Nano-Fe3o4 particulas necesse est summus coercivity et RELICTUM magnetization, parva magnitudine, corrosio resistentia, friction resistentia et aptet ad temperatus mutationes.

Proin effusio:
Nanoparticles have optical properties that are not available in conventional bulk materials due to the small size effect, such as optical nonlinearity, and energy loss during light absorption and light reflection, which are greatly dependent on the size of the nanoparticles. Studiis ostensum est quod usura specialis optical proprietatibus Nanoparticles parare variis optical materiae erit late in cotidiana vita et summus tech agris. In current investigationis in hac aspectu adhuc in officinarum scaena. Quantum magnitudine effectus Nano-particulas facit eam caeruleum mutare phaenomenon pro luce effusio de quadam adsum. Et effusio de lumine variis wavelengths by Nano-particula pulveris habet Broadening Phaenomenon. Ob altum magneticam permeability, fe3o4 magnetica nanopowders potest esse sicut quaedam ferrite absorbendo materia, quae est in Proin effusio.

ADSORPTIONPPTION REMOTICIUS aquae scelerisque et Pretiosa Metal Recuperatio:
Cum celeri progressionem industriarum, cum comitante aqua pollutio factus magis et magis gravi, praesertim metallum ions in aqua corporis, difficile-ut-degradde organicum pollutants, etc., quod non facile separare post curatio. Si magnetica adsorption materia adhibetur, potest esse facilius separationem. Studies inveni quod cum fe3o4 nanocrystals sunt ad adsorb nobilis metallum ions ut pd2 +, rh3 +, pt4 + in hydrochloric acidum distillate, maximam + G -1 ad PD 2+ est 0.103MMMM, 0,149MMMMMMMMMMMMMMMMMMMANCTION RH3 QUALIBUS QUAE 0.13 Pt4 + 0.068MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM Igitur magnetica Fe3o4 Nanocrystals sunt etiam a bono solutio premat metallum adsorbent, quod est magni momenti ad redivivus de Metallorum.