This article presents the study of low-birefringence liquid crystal solution using the multi-
wavelength hollow prism refractometer. Phase transition temperatures are measured with …

The physical properties of the mixture of two non-mesomorphic compounds which give
considerable insight into the mesomorphic state of the compound, have been studied. The …

The spectroscopic technique using the Fabry-Perot [FPSS] etalon coupled with a
spectrometer has been used to determine the mesophase transition temperatures of the …

The refractive indices of the cholesteric liquid crystal solution were measured using
multiwavelength (visible range) refractometer for three different wavelengths. Measurements …

The cholesteric liquid crystal (CLC) phase is typically composed of nematic mesogenic
molecules containing a chiral center which produces intermolecular forces that favor …

Polymer dispersed cholesteric liquid crystals (PDCLCs) consist of liquid crystal (nematic and
Cholesteric) droplets that are dispersed in a solid polymer matrix. PDCLCs are a relatively …

Liquid crystals and polymers offer unique optical and electro-optical properties which make
them ideal choice for opto-electronic and sensing devices. Doping absorbing dyes into …

The mixtures of nematic [4-Hexyloxy-4-Biphenyl carbonitrile] and cholesteryl propionate
were investigated at various temperatures. Measurements of refractive index and transition …

A mesophase with a three-dimensional spatial distribution of helical director axes leading to
frustrated structures with defects arranged on a lattice with cubic symmetry and lattice …

The samples of the Cholesleryl Liquid Crystals I CLCs] viz. A: Cholesteryl Myristale, B:
Cholesteryl Palmitate anii their mixtures in appropriate proportions by weight [A+ B, 2A+ 3B …