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Gesamtkatalog

Catalogue complet

Bernath Peter F.: Spectra of Atoms and
Molecules

Spectra of Atoms and Molecules

Advances in Quantum Chemistry

Hungarian Quantum Chemistry: Part A - Early and Recent History: Volume 93

In this book we investigate the physics and technology of modern superconducting detectors in view of their employment in millimetre and submillimetre receivers that require high performance such as astronomical telescopes. The book presents an in-depth description of the physics of these detectors and also how they can be designed and integrated in the receiver, in the frequency range from 100 GHz to 1.5 THz. Our discussion covers the device physics and the detector chip design that couples the signal to the detector. Both coherent detection using superconducting mixers and total power detection using bolometers are covered.

Physics And Design Of Superconducting Detectors: Millimetre And Submillimetre Wavelengths

A Physical Approach

Quantum Mechanics

Bridging Fundamental and Advanced Courses

Understanding Organic Chemistry

Series on Advances in Statistical Mechanics

Food is like a complex building. The materials are chemical molecules, with all their interrelationships and reactions, giving their chemical properties. The architecture is the micro- and macroscopic structure that gives us their physical properties. The complexity of each food gives rise to different possible points of view in analyzing it. This book chooses the cooking point of view. Cooking is the art of transforming raw materials into accomplished dishes. Therefore, the book aims to systematically analyse culinary processes, i.e. the transformations of food produced by kitchen procedures (cooking, stirring, kneading, etc.) from a physical and a chemical point of view, presenting applications in cooking, from basic and common dishes up to the creations of the world's greatest chefs.

Soft Matter Transformations In Culinary Processes

This book provides a unique exploration of the mechanical properties of graphene and graphene-based materials, with a focus on elastic constants, tensile strength, hardness, and deformation behavior. It emphasizes the critical link between structure and mechanical properties, highlighting how atomic-scale characteristics influence macroscopic performance. This connection is further surveyed through molecular dynamics studies, providing a bridge between theoretical predictions and experimental observations. With an integrated analysis of both the fundamental and applied aspects of graphene's mechanical properties, this book serves as an essential resource for researchers, engineers, and students interested in understanding how this family of materials can be harnessed for advanced material design and application.

Graphene And Graphene-based Materials: Structure And Mechanical Properties

A Constructive Guide to the Fundamentals of Quantum Theory

On Quantum Things

This book is an introductory text to the field of Continuous Variable Quantum Computing and Quantum Information. Continuous variables (CVs) offer an extremely important alternative to the usual qubit substrate, as it involves easy to analyze Gaussian statistics, off-the-shelf experimental components and near universal deterministic quantum gates and operations. For communications, CVs can be easily adapted to the current telecommunication infrastructures and components, offering much higher communication rates. The contents intend to cover the most exciting topics in this field.

Quantum Computation And Information Using Continuous Variables

A practical guide to making every bird count, for those who count birds.Counting birds may sound simple--just step outside and start tallying. But in reality, it's a complex and essential endeavor at the core of modern wildlife conservation. In How to Count Birds, conservation biologist Christopher JW McClure offers a practical guide to designing effective bird monitoring programs that inform real-world management and conservation strategies. As species vanish at unprecedented rates, having accurate population data is more urgent than ever. Yet too often, flawed study designs and outdated techniques lead to wasted time, ill-used resources, and misleading conclusions. McClure equips researchers, students, and birders with the tools to design efficient studies that avoid common pitfalls and capture what's truly happening in bird populations. This guide explains the biological, statistical, and philosophical principles behind good monitoring and explores study designs for estimating key demographic rates like survival and reproduction. McClure surveys the techniques used to estimate populations and highlights methods prone to error. Throughout, he advocates for a shift away from traditional approaches toward more precise techniques available today, such as acoustic monitoring and occupancy modeling. Effective study design requires collaboration among wildlife managers, field biologists, and statisticians from the start, as well as flexibility for field conditions and methodological adaptability. Whether you're just beginning or reevaluating a long-standing program, How to Count Birds is a timely reminder that precision and planning are just as critical as passion in the work of conservation.

A Guide for Monitoring Avian Populations

How to Count Birds

On the Trail of Extraterrestrial Treasures and the Secrets Inside Them

The Meteorite Hunters

Neurobiology of Metaplasticity

Metal Oxides

In this book, the authors integrate both the fundamentals and the most recent studies on ferric oxide- and zinc oxide-based photocatalysis in a structured and systematic fashion. Emphasis is given to the basics of the structure and properties of the selected photocatalysts. Advances in Ferric Oxide- and Zinc Oxide-Based Photocatalysis will prove particularly helpful for researchers in situations where the potential of ferric oxide and zinc oxide is yet to be established, as it will illuminate how these oxides can be utilized in a range of different applications and situations. Studies on photocatalysis for different applications provide clear evidence for the importance and role of ferric oxide and zinc oxide, materials that are now receiving significant attention for various photocatalytic applications due to their activity, availability, and stability. This book fills a gap in the literature by focusing exclusively on ferric oxide and zinc oxide, allowing a full consideration of the importance of the materials, their mechanisms of action, and the future scope for further investigation.

Advances in Ferric Oxide- and Zinc Oxide-Based Photocatalysis

Spectra of Atoms and Molecules

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