Recent Trends in Surface and Colloid ScienceBidyut Kumar Paul Colloid and surface science is a fascinating interdisciplinary field, where modern development and knowledge of physics, chemistry, biology, material science, pharmacy and engineering have been extensively adopted, with ample scope for fundamental research and extensive potential for application. The progress of research in this important field has been remarkable during the last four decades, and it has greatly benefited society. With a summary of recent advances in this multifaceted field, Recent Trends in Surface and Colloid Science provides critical information and presents the basic concepts of organized systems in relation to their practical significance. |
Contents
2 Electrokinetics in a Suspension of Soft Particles Hiroyuki Ohshima | 11 |
3 Relative Humidity and Evaporation of a Simple Fragrance Emulsion Stig E Friberg and Patricia A Aikens | 25 |
4 Aging and Stability of WO Emulsions with NaOH in Aqueous Phase Rujuta Thaker Bina Sengupta and Ranjan Sengupta | 39 |
Non Agreement between the Enthalpy Change Measured by the Direct Method of Calorimetry and the Indirect Method of vant Hoff Satya P Moulik ... | 51 |
6 Unusual Phase Behavior in a TwoComponent System Bruno FB Silva Eduardo F Marques and Ulf Olsson | 69 |
7 Mixed ProteinsSurfactants Interfacial Layers as Studied by Drop Shape Analysis and Capillary Pressure Tensiometry VS Alahverdjieva DO Grigori... | 85 |
8 Factors Affecting Mixed Aggregation Pablo C Schulz | 105 |
An Overview S Chanda OG Singh and K Ismail | 131 |
13 Biocatalytic Studies in Microemulsions and Related Systems Aristotelis Xenakis | 199 |
14 Colloidal Dispersions for Drug Delivery Syamasri Gupta | 207 |
15 Nanoscale SelfOrganization of Polyampholytes HB Bohidar and Amarnath Gupta | 231 |
16 PolymerModified Microemulsions as a New Type of Template for the Nanoparticle Formation Joachim Koetz Carine Note Jennifa Baier and Stefa... | 243 |
17 Maximizing the Uptake of Nickel Oxide Nanoparticles by AOT WO Microemulsions Nashaat N Nassar and Maen M Husein | 257 |
18 A Brief Overview on Synthesis and Size Dependent Photocatalytic Behaviour of Luminescent Semiconductor Quantum Dots A Priyam S Ghosh A... | 271 |
A Simple and Efficient Approach Towards Improving the Sensor Efficiency Paramita Das Deboleena Sarkar and Nitin Chattopadhyay | 299 |
Pseudophase Approach to Transnitrosation Reactions G Astray A Cid JC Mejuto and L GarcıaRıo | 309 |
10 Phase Separation Study of SurfaceActive Drug Promazine Hydrochloride in Absence and Presence of Organic Additives KabirudDin Mohammed ... | 143 |
A Comprehensive Review Silvia MB Souza EB Alvarez and Mario J Politi | 155 |
12 Specific IonPairHydration Model for the SphereToRod Transitions of Aqueous Cationic Micelles The Evidence from Chemical Trapping Laurenc... | 171 |
21 Electric Field Induced Gel Formation and Fracture in Layers of Laponite Suparna Sinha and Sujata Tarafdar | 337 |
22 Temperature Dependent Structural Insignia of Cinnamic Acid B Nandi Ganguly Nagendra Nath Mondal SK Bandopadhyay and Pintu Sen | 345 |
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Common terms and phrases
acid adsorption alkyl nitrites amine amphiphile anionic aqueous phase aqueous solution behavior catanionic cationic CdTe chain Chem chemical chemical trapping Colloid Colloid Interface Sci composition constant counterions decrease dendrimer dielectric dielectric constant distribution droplets effect efficiency electrostatic emulsion enthalpy equation equilibrium evaporation experimental film first fixed fluorescence formation fraction free energy headgroups hydration hydrocarbon hydrophilic hydrophobic increase Indian Statistical Institute influence interaction interfacial region ionic isooctane kinetics lamellar phase Langmuir layer linalool liposomes liquid micellar micelles microemulsions mixed micelles mixtures mol dm’3 mol/l molar mole molecular molecules Moulik NaCl nanoparticle uptake nanoparticles Ninham observed obtained parameter particle Pharm Phys PLQE polar polyelectrolyte polymer present profile protein pseudophase ratio reaction reagents significant significantly sodium solubility solvent specific stability structure studied supersaturation surface tension surfactant surfactant concentration temperature urea values van’t Hoff vesicles volume