Induced Magnetic Anisotropy in Liquid Crystals Doped with Resonant Semiconductor Nanoparticles

Table 1

Summary of the most important parameters of the magnetic resonances of semiconductor nanoparticles embedded in liquid crystals. Only those cases presenting the most noticeable results have been included.

Mixture	Nanoparticle radius (nm)	Ordinary		Extraordinary
		(nm)	(nm)	(nm)	(nm)
MLC6608 + AlAs	52	403	380–450	402	385–450
MLC6608 + AlSb	59	546	498–600	546	504–600
MLC6608 + GaAs	87	686	609–800	683	618–800
MLC6608 + GaInP	78	576	553–690	574	555–700
MLC6608 + GaP	50	464	430–500	463	437–510
MLC6608 + InGaAs	75	626	596–740	625	605–770
MLC6608 + Si	86	692	608–790	691	615–800
MLC6608 + TiO2	77	496	487–640	492	490–650