Bøger af Richa Srivastava

Ces dernières années, le rôle du dioxyde d'azote et sa détection dans la qualité de l'air urbain en raison des émissions automobiles et industrielles ont fait l'objet d'une grande attention. Ce livre tente de donner une image claire des techniques de détection de gaz basées sur une variété d'oxydes métalliques pour la détection du dioxyde d'azote sous différents aspects.

Bayesian Analysis of Etiological Factors for Gallbladder Disease by Richa Srivastava explores the use of Bayesian statistical methods to identify risk factors associated with gallbladder disease. The book focuses on the analysis of several demographic, lifestyle, and clinical factors that contribute to the development of the disease.The book provides a detailed analysis of the factors that influence the probability of developing gallbladder disease, including age, gender, smoking, alcohol consumption, and body mass index. The author uses Bayesian methods to analyze the data and develop models that accurately predict the likelihood of developing the disease based on these factors.The book also discusses the limitations of traditional statistical methods and highlights the advantages of Bayesian analysis in identifying complex risk factors associated with diseases. This comprehensive analysis of the etiological factors for gallbladder disease is a valuable resource for researchers, clinicians, and public health professionals.Overall, Bayesian Analysis of Etiological Factors for Gallbladder Disease provides a novel approach to understanding the risk factors associated with the disease and provides insights that can inform prevention and treatment strategies.

Nanotechnology is the technology, which deals the things on nanometeric scale (1-100 nm). The properties of materials at this scale is entirely different from these at bulk level. One nanometer spans three to five atoms lined up in a row. By the comarision of diameter of human hair, is about 5 order larger than a nanoscale particle. Nanomaterials play important role in modern development of science due to its small size and larger surface area and have large range of valuable applications in different fields such as in solar cell, drug delivery, moisture, gas, temperature and pressure sensors etc.