Books by Anil Kumar

Salient features  The presentation is made in a simple way for better understanding of students·Distinctive coverage on all topics.·Presentation of suitable illustrations with clear diagram.Solved examples and problems wherever necessary is included in each chapter.·Review questions are given in each chapter to help the students for their examinations.

Anil Sharma, born on 1975, is an Indian artist currently working in Bahrain. A postgraduate in fine arts from the Banaras Hindu University, Mr. Sharma is also a recipient of the prestigious twenty-sixth Lalit Kala Academy Honor. His artworks have been selected at various national and international platforms.A father of two, Mr. Sharma has always believed that a man must embrace and embellish the ideology of nature with the marginalization of his immortal desire and must always try to see the subject in his own way. He has always believed in the originality of the subject.Through his work, Mr. Sharma holds a strong motive to demonstrate vitality of communal and harmonious understanding and relationship with nature.

This textbook covers physical and chemical aspects and the concept of property being determined by structure. It discusses polymer synthesis, associated kinetics, molecular weights and uses this information for reactor design. It covers emulsion polymerization, polymer characterization and thermodynamics.

The geomorphologic instantaneous unit hydrographs (GIUH) were developed to predict the direct runoff hydrograph from two hilly sub-watersheds of Ramganga catchment in Uttarakhand State of India. Based on the kinematic-wave theory, the topographic characteristics and Horton''s stream-order-law ratios for the watersheds, the travel times for overland and stream-flows in a stream-ordering system of the watershed were analytically and probabilistically determined to develop the GIUH. The two-parameter Gamma-type model was also used to develop the GIUH for these watersheds. The performance of the developed models was evaluated by comparing the predicted and observed direct runoff hydrographs for the storm events occurring in the watershed. As the development of this model needs only the geomorphologic parameters of the watershed, this model could be applicable to any ungauged or partially gauged hilly watershed with reasonably good accuracy.