Sanjeev Kumar Livres

Exploring the duality of human experience, this anthology captures a range of emotions that resonate universally, reflecting both sweet and sour thoughts. As the first volume in its series, it invites readers to connect with their own feelings and experiences, offering solace to those who may have struggled to articulate their emotions. The compilation aims to provide relief and a sense of shared understanding, encouraging readers to recognize the commonality of their struggles and triumphs in life's various circumstances.

Exploring the concept of true presence, this book invites readers to fully embrace the moment and delve into their inner stillness. It emphasizes a state of being that transcends thoughts, words, and actions, revealing a deeper connection to existence. By dissolving the dichotomy of good and bad, it encourages a profound understanding of oneself and unity with all. This journey leads to a realization of one's authentic self, free from external experiences and judgments.

Focusing on the importance of Product Quality Review (PQR) and Continued Process Verification (CPV), this book emphasizes their roles in regulatory inspections within the pharmaceutical industry. It highlights how these documents not only fulfill regulatory requirements but also enhance a company's understanding of product and process performance. By providing a standardized framework for PQR and CPV, the author aims to benefit pharmaceutical industries and add value to academia and professionals, ensuring safe and quality medicines for patients.

Focusing on key physics concepts, this resource covers topics such as electric charges, current electricity, magnetism, and wave optics, tailored for Class 12 students under the CBSE curriculum. It includes multiple choice questions for effective revision and practice, making it an invaluable tool for those preparing for engineering entrance exams. The comprehensive approach ensures a solid understanding of essential physics principles.

The book engages with reader reflections on the idea that even the seemingly 'non-serious' can hold deep significance. It explores themes of perception and the impact of thoughts, inviting readers to consider the weight of their own interpretations. The author expresses gratitude for the feedback received and anticipates that the two volumes, Thoughts - Sweet and Sour, will resonate with a wider audience, fostering continued appreciation and connection.

Focusing on the evolving landscape of security in Central Asia post-Cold War, this book examines the significant challenges posed by drug trafficking and organized crime. It highlights how Afghan drug production has transformed the region from geographic isolation to a critical area of international security concern. The narrative explores the shift in drug threats, emphasizing the emergence of Afghanistan as a major opium exporter and the resulting implications for state functionality and human security across Central Asia.

The book emphasizes that problem-solving is a skill that requires practice and the right methods to master. It presents a collection of Exemplar Problems developed by DESM & NCERT, offering a wide range of quality problems designed to enhance problem-solving abilities. This resource aims to help learners improve their skills through structured practice.

To study the atmospheric reentry phase of a space vehicle, it is necessary to understand correctly the thermochemical nonequilibrium processes coupled with the aerodynamic phenomena of this critical phase. In a typical hypersonic flow about a blunt body, the strength of the bow shock is such that the region between the body surface and shock is the site of intensive thermochemical processes. The different internal energy modes of the molecules are far from their equilibrium state. The energy exchanges between these different modes occur according to the individual relaxation time associated to each processes. Detailed physico-chemical models for air in chemical and thermal nonequilibrium are needed for a realistic prediction of hypersonic flow fields. One of the key issues in the design of a hypersonic vehicle is the evaluation of aerodynamic heating. Especially, shock-shock interference heating phenomena is an important and critical problem in the development of air-breathing hypersonic vehicles. Of special interest is the Edney type IV interaction, because it is known to generate the highest local loads in pressure and heat transfer. A number of numerical studies on shock-shock interference problems have been conducted. Most of these studies, however, assume a perfect gas model. For high-enthalpy hypersonic shock-shock interactions, however, real gas effects become important. Real gas effects can have a noticeable impact on flow features, such as shock stand-off distance in a blunt body flow and surface heating rates. Because of their importance, real gas effects have recently been the focus of several studies. An improved understanding of the influences of real gas effects on the shock interaction phenomenon reduces a significant element of risk in the design of hypersonic vehicles. In the framework of the present work, the adaptive CFD code QUADFLOW has been extended for a five components air model. Different thermochemical models were implemented. The uncertainties associated with the physico-chemical modelling and their influence on the flow fields are discussed with the help of computational results. Further, an attempt has been made to improve the understanding of influence of the real gas effects on the type IV shock-shock interactions by the present computational study. In this regard, a series of numerical simulations of the experiments conducted at GALCIT T5 hypervelocity shock tunnel on shock-shock interactions were carried out. The computed results are discussed in comparison with the experimental results and computational results of DLR FLOWer-Code, which is a non-adaptive RANS-solver.

Die knöchernen Strukturen der Augenhöhle oder des knöchernen Hohlraums, der den Augapfel und seine Muskeln, Nerven und Blutgefäße enthält, sowie die Strukturen, die Tränenflüssigkeit produzieren und ableiten, ragen über die Augenoberfläche hinaus. DieAugenhöhle ist der knöcherne Hohlraum im Schädel, der den Augapfel beherbergt, der sich in einem weiten Bogen frei bewegen kann.In dieser Übersicht möchte ich den Lesern die Struktur und Anatomie der Augenhöhle, ihre Frakturen, die Diagnose und den richtigen Zeitpunkt für ihre Behandlung näher bringen.

Thrombozytenreiches Plasma [PRP] ist eine körpereigene Konzentration menschlicher Blutplättchen in einem kleinen Plasmavolumen. Es wird durch Sequestrierung und Konzentrierung von frisch entnommenem venösem Blut gewonnen. Es ist bekannt, dass PRP eine Reihe von Wachstumsfaktoren enthält. In diesem Artikel geben wir einen detaillierten Überblick über die Anwendung von PRP bei der Behandlung von Defekten im Kiefer- und Gesichtsbereich und erörtern künftige Forschungsarbeiten, die erforderlich sind, um den Patienten eine verbesserte und bessere Gesundheitsversorgung zu bieten.