Master the chemical foundations and rheological complexities of the next generation of materials. In this second volume, Prof. B. R. Gupta and Dr. S. Roy extend their authoritative study into the physico-chemical intricacies of polymer nano composites. As nanotechnology continues to revolutionize industries from aerospace to nanomedicine, a precise understanding of how nanoparticles interact chemically within a polymer matrix is paramount for successful material engineering. Volume 2 provides an in-depth analysis of the characterization methods essential for modern research, including detailed discussions on electrokinetic potential and the rheological behavior of carbon nanotube composites. By bridging the gap between theoretical chemistry and applied engineering, this text serves as a vital resource for those looking to manipulate material properties at the molecular level. Key topics explored in Volume 2 include: Physico-chemical Analysis: Understanding the chemical bonding and surface interactions that drive composite stability. Advanced Rheology: An overview of the flow behavior of polymer-carbon nanotube systems. Nanoparticle Characterization: Practical methods for identifying and measuring nanoscale attributes. Electrokinetic Potential (Zeta Potential): The role of surface charge in material behavior and nanomedicine delivery systems. Essential for Ph.D. students, research scientists, and industrial chemical engineers, Polymer Nano Composite (Volume 2) is the definitive guide to the chemical and physical mechanics of advanced nanoscale materials.