Two non-ionic azo dyes: solvent yellow 14 (SY14) and solvent red 24 (SR24), and one non-ionic disperse dye: dispersed red 60 (DR60) were chemically modified into their respective cationic species, which were then subsequently ion-exchanged with Naþ-montmorillonite in an acidic medium. The dyeintercalated montmorillonite was then centrifuged, dried and milled to prepare the pigment particles. X-ray diffraction studies on the pigments showed an increase in the basal spacing in the clay layers for the SY14 and DR60 based pigments NP14 and NP60 respectively, confirming intercalation of the dyes within the clay layers giving rise to a nano-structured system
A series of environment-friendly clay minerals—α-Fe2O3 iron-red hybrid pigments—wer...
The present research investigated the intercalation of three different polymers, namely polyethylene...
A method for formation of polymer–clay nanocomposites involves dispersion of the nanometer silicate ...
A rhodamine-B based nanopigment was developed as a colorant for polypropylene products. The cationic...
This thesis is concerned with an experimental study of clay intercalation by organic dye molecule wh...
ABSTRACT: Theories concerning the optical properties of cationic dyes adsorbed on clay surfaces are ...
Surface modification of clay minerals plays an important role for their application as fillers for p...
Two types of clay minerals—montmorillonite and vermiculite have been chosen as a host matrix for the...
Surface modification of clay minerals plays an important role for their application as fillers for p...
Anthocyanins are one of the natural pigments that humanity has employed the most and can substitute ...
ABSTRACT: During the reaction of solutions of the leuco dyes crystal violet lactone and N-benzoyl le...
In this work, a sodium montmorillonite (Na+-Mt) was modified with two molecules simultaneously, an o...
We reported a new method for dispersing insoluble organic pigments (OPs) in water by simply pulveriz...
The properties of new coatings with nanopigments (NPs) prepared by the dye mixture treatment of mont...
Rhodamine 6G (R6G) was adsorbed on smectite clays, a natural montmorillonite, a synthetic saponite, ...
A series of environment-friendly clay minerals—α-Fe2O3 iron-red hybrid pigments—wer...
The present research investigated the intercalation of three different polymers, namely polyethylene...
A method for formation of polymer–clay nanocomposites involves dispersion of the nanometer silicate ...
A rhodamine-B based nanopigment was developed as a colorant for polypropylene products. The cationic...
This thesis is concerned with an experimental study of clay intercalation by organic dye molecule wh...
ABSTRACT: Theories concerning the optical properties of cationic dyes adsorbed on clay surfaces are ...
Surface modification of clay minerals plays an important role for their application as fillers for p...
Two types of clay minerals—montmorillonite and vermiculite have been chosen as a host matrix for the...
Surface modification of clay minerals plays an important role for their application as fillers for p...
Anthocyanins are one of the natural pigments that humanity has employed the most and can substitute ...
ABSTRACT: During the reaction of solutions of the leuco dyes crystal violet lactone and N-benzoyl le...
In this work, a sodium montmorillonite (Na+-Mt) was modified with two molecules simultaneously, an o...
We reported a new method for dispersing insoluble organic pigments (OPs) in water by simply pulveriz...
The properties of new coatings with nanopigments (NPs) prepared by the dye mixture treatment of mont...
Rhodamine 6G (R6G) was adsorbed on smectite clays, a natural montmorillonite, a synthetic saponite, ...
A series of environment-friendly clay minerals—α-Fe2O3 iron-red hybrid pigments—wer...
The present research investigated the intercalation of three different polymers, namely polyethylene...
A method for formation of polymer–clay nanocomposites involves dispersion of the nanometer silicate ...