Add to ORKGThe effect of water (as a primary plasticiser) content on the chemical structure and mechanical properties of thermoplastic tapioca starch (TPTS) film was evaluated. The TPTS films were produced by tape casting technique through mixtures of fixed amount of glycerol and varied contents of tapioca starch and water. There was observed increase in hydrogen bonding interaction between starch and water molecules depicted by the downward shift between 3303-3281 cm-1. The excessive amount of water loading portrayed increase in crystallinity due to free volume movement of the starch particles. The changes in water loading also showed variation in the tensile strength and elongation at break of the TPTS films. This observation is because of the depen...
This study summarized the research on the production of thermoplastic starch film (TPS) by using cor...
The effects of molecular and crystalline structures on the tensile mechanical properties of thermopl...
This study aimed to formulate corn starch-based thermoplastic starch (TPS) films by varying concentr...
The effect of water (as a primary plasticiser) content on the chemical structure and mechanical prop...
The effect of water (as a primary plasticiser) content on the chemical structure and mechanical prop...
Thermoplastic tapioca starch (TPTS) film was made by tape casting. The viscoelastic behaviour, therm...
Recently, the use of natural polymer such as starch to produce packaging film has received much atte...
Different combinations of hydrophilic (glycerol and water) and amphiphilic (isoleucine) plasticizers...
Amorphous thermoplastic starch (TPS) films were produced by compression moulding of solution spray-d...
Thermoplastic tapioca starch (TPTS) film was made by tape casting. The viscoelastic behaviour, therm...
Thermoplastic starch (TPS) films are considered one of the most promising alternatives for replacing...
The mechanical properties of a low and a high molecular mass thermoplastic starch (TPS) were monitor...
In recent decades, interest in bio-based materials as substitutes for plastics has grown significan...
This work aims to study the effects of urea, glycerol and their mixture as plasticizers for cassava ...
The mechanical properties of a low and a high molecular mass thermoplastic starch (TPS) were monitor...
This study summarized the research on the production of thermoplastic starch film (TPS) by using cor...
The effects of molecular and crystalline structures on the tensile mechanical properties of thermopl...
This study aimed to formulate corn starch-based thermoplastic starch (TPS) films by varying concentr...
The effect of water (as a primary plasticiser) content on the chemical structure and mechanical prop...
The effect of water (as a primary plasticiser) content on the chemical structure and mechanical prop...
Thermoplastic tapioca starch (TPTS) film was made by tape casting. The viscoelastic behaviour, therm...
Recently, the use of natural polymer such as starch to produce packaging film has received much atte...
Different combinations of hydrophilic (glycerol and water) and amphiphilic (isoleucine) plasticizers...
Amorphous thermoplastic starch (TPS) films were produced by compression moulding of solution spray-d...
Thermoplastic tapioca starch (TPTS) film was made by tape casting. The viscoelastic behaviour, therm...
Thermoplastic starch (TPS) films are considered one of the most promising alternatives for replacing...
The mechanical properties of a low and a high molecular mass thermoplastic starch (TPS) were monitor...
In recent decades, interest in bio-based materials as substitutes for plastics has grown significan...
This work aims to study the effects of urea, glycerol and their mixture as plasticizers for cassava ...
The mechanical properties of a low and a high molecular mass thermoplastic starch (TPS) were monitor...
This study summarized the research on the production of thermoplastic starch film (TPS) by using cor...
The effects of molecular and crystalline structures on the tensile mechanical properties of thermopl...
This study aimed to formulate corn starch-based thermoplastic starch (TPS) films by varying concentr...