1

Absorption with Reaction in Bubble Columns

2

Mass Transfer in Plate Columns

3

Mass Transfer in Bubble and Packed Bubble Columns

4

Bubble Columns

5

Extrapolation Procedures for Zero Shear Viscosity with a Falling Sphere Viscometer

6

Mixing Times in Newtonian and Non-Newtonian Fluids

7

Determination of Material Parameters of Viscoelastic Fluids by Rotational Non- Viscometric Flows

8

On the Rotational Visco- elastic Flows Around Simple Bodies and Agitators

9

Drag Reduction in Dilute Polymer Solutions

10

Gas Absorption in Falling Non-Newtonian Films

11

On the Scale-up Method for Power Consumption for Power Consumption in Creeping Flow Regime

12

Drag Reduction in Rotational Visco-elastic Boundary Layer Flows

13

Drag Reduction in External Rotational Flows

14

A Rotating Sphere Viscometer

15

Solid Dissolution in Falling Films of Pseudoplastic Fluids

16

Friction Factors for a Tube Rotating around its own Axis

17

Applicability of Axial Dispersion Model for Non-Newtonian Laminar Flow Tubular Reactors

18

Solution of the Problem of Gas Absorption in Falling Films of Non-Newtonian Fluids by Orthogonal Collocation Technique

19

Interpretation of Normal Stress Differences in Polymer Solutions and Melts

20

Mass Transport in Visco-elastic Boundary Layer Flows around a Rotating Disc: Significance in Diffusion Coefficient Measurement

21

High Speed Agitation of Non- Newtonian Fluids: Influence of Elasticity and Fluid Inertia

22

Diffusion in Flowing Films of Dilute Polymeric Solutions

23

Hydrodynamic Entrance Region Flow of Pseudo-plastic Fluids: A Simplified Theory

24

Viscoelastic Laminar Boundary Layer Flow Around a Rotating Disc

25

Convective Diffusion from a Non-Uniformly Distributed Source in Flowing Blood

26

Rotational Flows of Non- Newtonian Fluids (1): Turbulent Flow of Inelastic and Visco elastic Fluids Around Discs

27

Rotational Flows of Non- Newtonian Fluids (2): Torque Suppression with Agitators

28

Axial Dispersion Model Calculations for Gas Absorption with Surface Resistance

29

Axial Dispersion Model Analysis of Homogeneous-Heterogeneous Reactions in a Tubular Reactor

30

A New Model for Hollow Fibre Enzyme Reactor

31

Longitudinal Dispersion in Circulation Dominated Bubble Columns

32

Homogeneous Reactions in Turbulent Flows

33

Comments on the Strength of Polymeric Composites Containing Spherical Fillers

34

Secondary Flows of Non-Newtonian Fluids (1): Laminar Boundary Layer Flow of a Generalized Newtonian Fluid in a Coiled Tube

35

Secondary Flows of Non- Newtonian Fluids (2): Frictional Losses in Laminar Flow of Visco¬ elastic Fluids Through Coiled Tube

36

Torque Suppression in Mechanically Agitated Multiphase Liquid Systems

37

Flow of Inelastic and Visco- elastic Fluids Past a Sphere (1): Drag Co- efficient in Creeping and Boundary Layer Flows

38

Flow of Inelastic and Visco- elastic Fluids Past a Sphere (2): Anomalous Separation in the Viscoelastic Fluid Flow

39

Gas-Liquid Contactors in Non-Newtonian Technology

40

Torque Suppression of Turbines by Drag Reducing Additives

41

Heat and Mass Transfer in Non-Newtonian Fluids

42

Secondary Flows of Non- Newtonian Fluids (3): Turbulent Flow of Purely Viscous Non- Newtonian Fluids in Coiled Tubes

43

Prediction of Slope Discontinuity in Stress-Strain Behaviour of Polymeric Composites with Spherical Inclusions

44

Influence of Drag Reducing Additives on Mixing and Dispersing in Agitated Vessels

45

Mechanics of Bubble Motion and Deformation in Non-Newtonian Media

46

An Approximate Theoretical Analysis and Experimental Verification of Turbulent Entrance Region Flow of Drag Reducing Fluids

47

On Motion of Liquid Drops in Rheologically Complex Fluids

48

Convective Diffusion from a Non- Uniformity Distributed Source in Non-Newtonian Fluids: A Theoretical Investigation and Experimental Confirmation

49

Turbulent Free Convection Heat Transfer from a Flat Vertical Plate to a Power¬ Law Fluid

50

Laminar Natural Convection Heat Transfer to a Viscoelastic Fluid

51

Bubble Formation in Non-Newtonian Fluids

52

Bubble Motion and Mass Transfer in Non-Newtonian Fluids: Single Bubble in Power Law and Bingham Fluids

53

Bubble Motion and Mass Transfer in Non-Newtonian Fluids: Swarm of Bubbles In Power Law Fluids

54

Mixing of Non-Newtonian Fluids

55

Falsification of the Kinetics of Azobisisbuty-ronitrile Decomposition

56

A Lumped Parameter Model for a Haemodialyser with an Application to Simulation of a Patient-Artificial Kidney System

57

Mixing of Highly Viscous Newtonian and Non-Newtonian

58

Solvent and Viscosity Effects in the Decomposition of AIBN

59

Comments on Consecutive Chemical Reactions in a Tubular Reactor with Turbulent Flow

60

Chemical Engineering Problems in Rheologically Complex Fluids

61

Anomalous Transport Phenomena in Rapid External Flows of Viscoelastic Fluids

62

Transport Accompanied by Chemical Reaction in Stagnation Flow

63

Diffusional Effects in Initiator Decomposition in Macromolecular Solutions

64

Thermal Conductivity of Polymers: A new Correlation

65

On the Role of Penetrant Structure in Diffusion

66

Diffusion in Network Polymers: Model Development and Evaluation

67

Modelling of Polyethylene terephthalate Reactors 1: Semi-batch Transesterifi- cation Reactor

68

Modelling of Polyethylene terephthalate Reactors 2: Continuous Transesterifi-cation Process

69

Initiator Decomposition in Mixed Solvents: Compensation Effect Confirmed

70

Rheology of Chlorosulphonated Polyethylene Solutions

71

Modelling of Polyethylene terephthalate Reactors 4: TPA based Continuous Esterification Process

72

Modelling of Polyethylene terephthalate Reactors 5: A Continuous Prepolymerisation Process

73

Modelling of Polyethylene terephthalate Reactors 6: A Continuous Process for Final Stages of Polycondensation

74

Gas Diffusion in Polymer Solutions: A Double Cone Flow Technique

75

External Diffusion Limitation in Initiator Decomposition in Heterogeneous Media

76

Modelling of Polyethyleneterephthalate Reactors 3: A Semi-batch Prepolymerisation Process

77

An Alternative Approach to Determination of Rate Parameters in Copolymerisation

78

Taylor Diffusion in Polymer Solutions: Falsification Due to Slip Effects

79

Convective Diffusion in Structured Fluids: Need for New Analysis and Design Strategies

80

On Slip Effect in Free Coating on Non-Newtonian Fluids

81

Re-analysis of Kinetics of Tranesterification of Dimethylterephthalate with Ethylene Glycol

82

Particle-Liquid Mass Transferin Viscoelastic Fluids

83

Thermal Convection in Non-Newtonian Fluids

84

Multiplicity of States in Continuous Stirred Copolymerization Reactors: Its Existence and Consequences

85

Mass Transfer Augmentation due to Wall Slip in Haemodialysers

86

TemperatureDependence of Rate and Cross Termination Process in Free Radical Copolymerization

87

An Engineering Estimate of Hydrodynamic Entrance Lengths in Non-Newtonian Turbulent Flows

88

Interpretation of Drag Reduction Phenomenon in Laminar Rippling Films of Polymer Solutions

89

A Unified Approach to Transport Phenomena in Polymeric Media: 1 Diffusion in Polymeric Solutions, Gels and Melts

90

A Unified Approach to Transport Phenomena in Polymeric Media: 2 Diffusion in Structured Solid Polymers

91

Role of Diffusion in Carrier Dyeing of Synthetic Fibres: An Alternative Approach

92

A Unified Altered Free Volume Approach to Transport Phenomena in Polymeric Systems

93

Bulk Copolymerisation of Styrene and Acrylic Esters: Some Analysis and Design Considerations

94

Convective Diffusion with Reaction in Developing Flow of a Non-Newtonian Fluid

95

On Hydrodynamical Changes due to Polymer Migration in Very Dilute Solutions

96

Whither Polymer Engineering

97

A Comprehensive Engineering Model for a Continuous Disc-ring Reactor for Finishing Stages of PET Manufacture: Development and Evaluation

98

Reappraisal of the Equivalence of Bulk and Suspension Polymerization: Microscopic analysis

99

Anomalous Convective Diffusion in Films of Polymeric Solutions

100

Absorption in Mixed Surfactant-Polymeric Films: A Novel Phenomenon

101

Modelling of Polyethylene terephthalate Reactors 7: Molecular Weight Distribution Considerations

102

Modelling of Polyethylene terephthalate Reactors 8: A Modified Transesteri¬fication Process

103

Finishing Stages of PET Synthesis: A Comprehensive Model

104

Hydrodynamics in Media with Migrating Macromolecules: Development of FDCF Asymptote

105

Diffusional Phenomena in Reacting Macromolecular Media

106

Influence of Secondary Flow on Convective Diffusion with Reaction

107

Longitudinal Dispersion in Rectilinear Flow of Dilute Polymeric Liquids: Likely Role of Stress Induced Migration

108

A General Criterion for Prediction of Temperature Invariant Point in Copolymerisation

109

An AFVS Model for Polymer Solution Viscosity: New Scaling Relationship

110

Upper Bound on the Stress Induced Migration Effect in Laminar Falling Film Flows of Dilute Polymer Solutions

111

A New Free Volume Model for Latex Rheology

112

Recent Developments in Polyethylene Terephthalate Manufacture

113

Non-Isothermal Bulk Copolymerisation of Styrene and Methyl Methacrylate: Multiplicity and Stability Analysis

114

SAN Bulk Copolymerisation: Some New Insights in Kinetics and Microstructure

115

Reactivity Ratio Estimation in Copolymerisation – A New Analysis of Unresolved Conflicts

116

On a Generalised Viscosity Equation for Polymer Solutions

117

Polyethylene Terephthalate: 1 Chemistry and Thermodynamics and Transport

118

Polyethylene terephthalate: 2 Engineering Analysis

119

Influence of Reversible and Interchange Reactions on MWD in a CSTR

120

Some Recent Advances in Macromolecular Separations

121

Gas Phase Mass Transfer at Low Reynolds Numbers: A New Model System

122

Thermal Conduction in Structured Media

123

On Flow Length Requirement for Stress Induced Polymer Migration in Fine Capillaries

124

Thermal Conduction Phenomena in Polymeric Liquids

125

Novel Separations Through Superabsorbing Polymers

126

Predicting Polymer Melt Blend Viscosities: A Free Volume Model

127

Analysis of Role of Stripping Agents in Polymer Devolatilisation

128

Fundametals of Rheology

129

Convective Heat Transfer for non-Newtonian Fluids in Laminar Internal FLOWS

130

Design Consideration for Heat Exchangers Handling non-Newtonian Fluids

131

High Resolution Solid State Proton Mass NMR of Superabsorbing Polymeric Gels

132

Chemical Engineering Developments in India

133

Diffusion-Adsorption Problems in Macromolecular Systems: New Techniques for Parameter Estimation

134

Modelling of Polyethylene Terephthelate Reactors: 9 Solid State Polycondensation

135

Zero Order Release from Glassy Hydrogels: I Enigma of Swelling Interface Number

136

Zero Order Release from Glassy Hydrogels: II Matrix Effects

137

Zero Order Release from Swollen Hydrogels

138

Zero Order Release of Pendent Substituted Active Ingredients from Swollen Hydrogel Matrices

139

Release Kinetics of Pendent Substituted Bioactive Molecules from Swellable Hydrogels: Role of Chemical Reaction and Diffusive Transport

140

On the Role of Stress Induced Migration on Time Dependent Terminal Velocities

141

A Mechanistic Interpretation of the Zero Order Release from Pendent Chain Linked Glassy and Swollen Hydrogels

142

Solid State 13C NMR Spectra of a Superabsorbing Polymer: Influence of Hydration

143

Proton Mass NMR :A New Tool to Study Thermoreversible Transition in Hydrogels

144

The Changing Scenario in the Science & Engineering of Macro- molecules: SomePersonal Reflections

145

Preferential Hydration in Superabsorbing Polymers by Solid State 13C NMR Spectroscopy

146

Sustained Release Systems Based on Swelling and Shrinking Polymers: Some New Horizons

147

pH Dependent Zero Order Release from Glassy Hydrogels: Penetration vs. Diffusion Control

148

Application of Solid State NMR Spectroscopy in Polymer Gels

149

Swellable Hydrogel Matrices for the Release of the Pendant Chain Linked Active Ingredients Over Extended Time Periods

150

The Diffusion Tensor for a Flowing Dilute Solution of Hookean Dumbbells: Anisotropy and Flow Rate Dependence

151

The Free Energy of a Deforming Lodge Rubber Like Liquid

152

Association of Polymers in Dilute Hydrocarbon Solutions Probed by Ultrasound Interferometry

153

Concentration of Macro- molecules from Aqueous Solutions: A New Swellex Process

154

Matrix Systems for Zero Order Release: Facile Erosion of Crosslinked Hydrogels

155

Dynamic Response to Hydration in Superabsorbing Polymer Studied by 13C NOE and Spin-Lattice Relaxation Times

156

Diffusion of Rigid Rodlike Molecules Across Interfaces: Implications in Welding of Liquid Crystalline Polymers

157

The Diffusion Tensor for Hookean Dumbells in Steady Shear flow: Analytical Approximation

158

Fascination of Non-Newtonian Fluids

159

Diffusional Transport Modulation through Reversible Bilayer Membranes

160

Turbulent Mixing in Dilute Polymer Solutions

161

Enhancing the Shear Stability in Drag-Reducing Polymers through Molecular Associations

162

Modelling of Polyethylene Terephthalate Reactors – X. A Comprehensive Model for Solid State Polycondensation Process

163

Some Excursions in the World of Stimuli Responsive Polymeric Gels

164

The Life Time of a Dissolving Polymeric Particle

165

On the Dynamics of Mobilization in Swelling- Dissolving Polymeric Systems

166

Migration of Macromolecules under Flow: The Physical Origin and Engineering Implications

167

1H MASS NMR and Two Dimensional Nuclear Overhauser Enhancement Spectroscopy in Hydrogels

168

Macromolecular Hydration Studied by Two Dimensional Hetero-nuclear 13C-1H Separation Spectroscopy

169

Hydrodynamic Shielding Induced Stability of Zipping Macromolecules in Elongational Flows

170

On the Stability of Grafted Polymer Molecules in Elongational Flows

171

Swelling and Phase Transitions in Deforming Polymeric Gels

172

Diffusional Transport from Structurally Variant Hydrogels

173

Seamless Chemical Engineering Science: The Emerging Paradigm

174

Hydrogen Bonding Mediated Shear Stable Clusters as Drag Reducers

175

Convective Diffusion from a Dissolving Polymeric Particle

176

A New Phenomenological Model for Adsorption Diffusion in Polymer Solutions: Role of Disengagement Dynamics

177

Hydrogen Bonding Mediated Generation of Side Chain Liquid Crystalline Polymers From Complementary Non-Mesogenic Precursors

178

Cross-Relaxation and Exchange in Poly (acrylamide) Hydrogel Studied Through 1H Mass NMR and 2-D Nuclear Overhauser Enhancement

179

Turbulence Structure in the Bubble Disengagement Zone: Role of Polymer Addition

180

Unusual Retardation and Enhancement in Polymer Dissolution: Role of Disengagement Dynamics

181

Thermodynamics of Hydrogen Bonded Polymer Gel-Solvent Systems

182

Hydration in Polymer Studied Through Magic Angle Spinning Nuclear Magnetic Resonance and Heteronuclear 13C-1H Overhauser Enhancement

183

Turbulent Shear Stress – Effect on Mammalian Cell Culture and Measurement Using Laser Doppler Anemometer

184

Separations Based on Chemically Selective, Polymer Gels

185

Residence Time Distribution in the Entracapillary Space of Hollow Fibre Bioreactors

186

Competitive Diffusion – Adsorption of Polymers of Differing Chain Lengths on Solid Surfaces

187

Molecularly Imprinted Hydrogels Exhibit Chymotrypsin-Like Activity

188

On Optimal Temperature for Dissolution of Polymers in Hydrogen Bonding Solvents

189

Pendent Chain Linked Delivery Systems: I. Facile Hydrolysis through Anchimeric Effect

190

Diffusion Limitations in Enzyme Mimicing Polymer Mediated Reactions

191

Role of Thermodynamic and Kinetic Factors in Polymer Dissolution in Mixed Solvents

192

Pendent Chain Linked Delivery Systems: II. Facile Hydrolysis through Molecular Imprinting Effects

193

Theoretical Prediction of Volume Phase Transitions in Thermo-reversible Copolymer Gels

194

Re-entrant Swelling forPoly-(N-isopropyl acrylamide)

195

Prediction of Bound Water Content in Poly(N-isopropy1 Acrylamide) Gel

196

Molecular Weight Distribution in Interfacial Polymerization – Model Development and Verification

197

Energetically Crosslinked Transient Network(ECTN) Model:Implications in Transient Shear and Elongation Flows

198

Self-Diffusion of Water in Thermoreversible Gels Near Volume Transition Model Development and PFG NMR Investigation

199

Brownian Dynamics Simulation of a Polymer,Molecule in Solution under Elongational Flow

200

Novel Separation, Strategies based on Molecularly Imprinted Adsorbents

201

New Insights into Kinetics and Thermodynamics of Interfacial Polymerisation

202

Molecular Tailoring of Thermoreversible Copolymer Gels: Some New Mechanistic, Insights

203

Role of Energetic Interactions in the Dynamics of Polymer Networks: Some New Suggestions

204

Effect of Polymer Metal Complexation on the Phase Transition of Thermoreversible Copolymer Gels

205

Mesoscopic Morphologies in Stimuli – Responsive Gels: Coupling Between Phase Separation and Gelation

206

Productive and Nonproductive Substrate Binding in Enzyme Mimics

207

Enhancing Ligand Binding in Affinity Thermoprecipitation: Elucidation of Spacer Effects

208

Molecularly Imprinted Polymer Mimics of Chymotrypsin (I): Cooperative Effects and Substrate Specificity

209

Molecularly Imprinted Polymer Mimics of Chymotrypsin (II): Functional Monomers and Hydrolytic Activity

210

Preparation of Nonporous Microspheres with High Entrapment Efficiency of Proteins by a (Water) in Oil Emulsion Technique

211

Molecularly Imprinted Polymers for Positional Isomers Separation

212

Effect of Solvents on Selectivity of Separation Using Molecularly Imprinted Adsorbents: Separation of Phenol and Bis-Phenol A

213

Synthetic Ligands Outperform N-acetyl Glucosamine in Lysozyme Thermoprecipitation

214

The Role of WIPONET in the Development and Transfer of Technology and its Contribution To the Modernization of Intellectual Property Services R.A.

215

Slipping Fluids: A Unified Transient Network Model Y.M. Joshi, A.K. Lele, R.A. Mashelkar

216

Designing New Thermo- Reversible Gels by Molecular Tailoring of Hydrophilic-hydrophobic Interactions

217

Enhancing Adsorptive Separations by Molecularly Imprinted Polymers: Role of Imprinting Techniques and System Parameters

218

Switching Biomimetic Hydrogels

219

Proton Magnetic Resonance Imaging in Hydrogels: Volume Phase Transition in Poly(N-isopropyl)- Acrylamide

220

On the Influence of Stereoregularity on the Wall Slip Phenomenon in Polypropylene

221

A Unified Wall Slip Model

222

Temperature Dependence of the Critical Stress for Wall-Slip by Debonding

223

Molecular Model for Wall Slip : Role of Convective Constraint Release

224

Thermoprecipitation of Lysozym from Eggwhite Using Copolymers of N-isopropylacrylamide And Acidicmonomer

225

Role of Hydrophobicity on Structure of Polymer-Metal Complexes

226

Novel Macroscopic Self-Organization in Polymer Gels

227

Creating a Macromolecular Receptor by Affinity Imprinting

228

Deformation Induced Hydrophobicity: Implications in Spider Silk Formation

229

Bioimprinting : Polymeric Receptors with and of Biological Macromolecules

230

Core-shell Morphology in Poly- (N-isopropyl acrylamide) Copolymer Gels Induced by Restricted Surfactant Diffusion

231

Intellectual Property Rights and the Third World

232

In Situ Rheo-NMR Investigations of Shear-Dependent 1H Spin Relaxation in Polymer Solutions

233

The Role of Intellectual Property In building Capacity for Innovation For development

234

Fun and Joy of Science: Learning from Anomalies & Discontinuities

235

Health Innovation Networks to Help Developing Countries Address Neglected Diseases

236

India’s R&D:Reaching for the Top

237

Metal-Ion-Mediated Healing of Gels

238

Making Economic Sense of Indian Science

239

Chemical Engineering in the 21st Century: Some Perspectives

240

Knowledge Production and Human Capital : An Indian Perspective

241

A Geometrical Solution to the Sharkskin Instability

242

Ayurveda for the Future Second World Ayurveda Congress Part-I

243

Indian Science, Technology & Society: The Changing Landscape

244

Ayurveda for the Future Second World Ayurveda Congress : Part-II

245

Ayurveda for the Future Second World Ayurveda Congress : Part-III

246

Nanoparticle-mediated targeting of MAPK signalling predisposes tumor To chemotherapy

247

Traditional medicine-inspired approaches to drug discovery: can Ayurveda show the way forward?

248

Emerging innovation practices and policies for health care needs of resource poor people

249

On building a national innovation ecosystem

250

Some mechanistic Insights into The gelation of regenerated Silk Fibroin Sol

251

Self similar dynamics of a flexible Ring polymer in a fixed obstacle Environment : A coarse grained Molecular model

252

Nanoparticle-mediated targeting of phosphatidylinositol-3-kinase signalling inhabits angiogenesis

253

Fullerenol-cytotoxic conjugates for cancer chemotherapy

254

Technonationalism to Technoglobalism

255

Climbing the Global Technological Ladder: Improving Higher Education, Technological Development and Innovation

256

Irreverence and Indian Science

257

Innovation’s Holly Grail

258

Coupling growth factor engineering with nanotechnology for therapeutic Angiogenesis

259

Harnessing structure-activity Relationship to engineer a cisplatin Nanoparticle for enhanced Antitumor efficacy

260

Traditional Knowledge Digital Library: An uplifting Equaliser

261

Intellectual Property Rights

262

Inclusive Innovation: Getting More from Less for More

263

Rapid Self-Healing Hydrogels

264

A cholesterol-tethered platinum II-based supramolecular nanoparticle increases antitumor efficacy and reduces nephrotoxicity

265

India’s ‘Science for All’ Academy

266

Bursting with new ideas (India & Innovation)

267

Innovation’s Holy Grail in ‘Inspiring and Executing Innovation’

268

Leading Institutions & Thought Leadership, in ‘Leaders, On Leadership: Insights from Corporate India’

269

Innovation Economy: The Indian Challenge and Opportunity

270

Governance in Education : The Indian Challenge

271

Game Changing Chemical Engineering For our Sustainable Future

272

Science-led Innovation in Science in India: Decade of Achievements and Rising Aspirations

273

Innovation in Education & Education in Innovation

274

India’s tech opportunity: transforming work, empowering people

275

‘Indovation’ for Affodable Excellence

276

What will it take for Indian science, technology & innovation to make global impact?

277

Impact of science, technology and Innovation on the economic and political power

278

Saving humanity: More from Less for More People

279

Technology 2050: A Potential Landscape

280

A reporter nanoparticle that Monitors its anticancer efficacy In real time

281

The Future of Technology & Jobs

282

Emergence of India as a Global R&D hub

283

Saving Humanity: More from Less for More People

284

An E-Conversation with Dr. Raghunath Mashelkar

285

Anomolous extensional rheology of polyacrylamide solutions

286

New observations on mobility transitions in polyacrylamide: NMR & molecular dynamics studies