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Introduction to Modeling Convection in Planets and Stars Magnetic Field, Density Stratification, Rotation - Gary A. Glatzmaier 2014 PDF Princeton University Press BOOKS NATURAL SCIENCES
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Introduction to Modeling Convection in Planets and Stars Magnetic Field, Density Stratification, Rotation
Author: Gary A. Glatzmaier
Year: 2014
Pages: 343
Format: PDF
File size: 16,78 MB
Language: ENG



Book Description: Introduction to Modeling Convection in Planets and Stars Magnetic Field Density Stratification Rotation Author: Gary Glatzmaier Publication Date: March 2019 Pages: 368 Publisher: Cambridge University Press Genre: Science, Astronomy, Physics The book "Introduction to Modeling Convection in Planets and Stars Magnetic Field Density Stratification Rotation" by Gary Glatzmaier is an essential resource for anyone looking to gain a deeper understanding of the complex processes that drive the behavior of celestial bodies. The book provides readers with the tools they need to develop computer codes that simulate convection internal gravity waves and magnetic field generation in the interiors and atmospheres of rotating planets and stars. This comprehensive guide offers a step-by-step approach to designing codes for simulating nonlinear time-dependent thermal convection in a two-dimensional box using Fourier expansions in the horizontal direction and finite differences in the vertical direction. The text begins by introducing the fundamental principles of convection and its importance in understanding the behavior of celestial bodies.
Введение в моделирование конвекции в планетах и звездах Вращение стратификации плотности магнитного поля Автор: Гэри Глатцмайер Дата публикации: март 2019 г. Страницы: 368 Издатель: Cambridge University Press Жанр: Наука, астрономия, физика Книга «Введение в моделирование конвекции у планет и звезд Вращение по стратификации плотности магнитного поля» Гари Глатцмайера является важным ресурсом для всех, кто хочет глубже понять сложные процессы, которые управляют поведением небесных тел. Книга предоставляет читателям инструменты, необходимые для разработки компьютерных кодов, имитирующих конвекционные внутренние гравитационные волны и генерацию магнитного поля в интерьерах и атмосферах вращающихся планет и звезд. Это всеобъемлющее руководство предлагает пошаговый подход к разработке кодов для моделирования нелинейной зависящей от времени тепловой конвекции в двумерном боксе с использованием разложений Фурье в горизонтальном направлении и конечных разностей в вертикальном направлении. Текст начинается с введения фундаментальных принципов конвекции и её важности в понимании поведения небесных тел.
Introduction à la modélisation de la convection dans les planètes et les étoiles Rotation de la stratification de la densité du champ magnétique Auteur : Gary Glatzmeier Date de publication : mars 2019 Pages : 368 Éditeur : Cambridge University Press Genre : Science, astronomie, physique Livre « Introduction à la modélisation de la convection chez les planètes et les étoiles Rotation par stratification de la densité du champ magnétique » Gary Glatzmeier est une ressource importante pour tout le monde, qui veut mieux comprendre les processus complexes qui régissent le comportement des corps célestes livre fournit aux lecteurs des outils, nécessaires à l'élaboration de codes informatiques simulant les ondes gravitationnelles internes de convection et la génération d'un champ magnétique dans les intérieurs et les atmosphères des planètes et étoiles tournantes. Ce guide complet propose une approche étape par étape du développement de codes pour la modélisation de la convection thermique non linéaire dépendante du temps dans une boxe bidimensionnelle en utilisant les décompositions de Fourier dans la direction horizontale et les différences finales dans la direction verticale. texte commence par l'introduction des principes fondamentaux de la convection et de son importance dans la compréhension du comportement des corps célestes.
Introducción a la simulación de convección en planetas y estrellas Rotación de la estratificación de densidad de campo magnético Autor: Gary Glatzmeier Fecha de publicación: marzo de 2019 Páginas: 368 Editor: Cambridge University Press Género: Ciencia, Astronomía, Física «Introducción a la simulación de convección en planetas y estrellas La rotación por estratificación de densidad de campo magnético» de Gary Glatzmeier es un recurso importante para todos, quien quiere comprender más a fondo los complejos procesos que rigen el comportamiento de los cuerpos celestiales. necesarios para el desarrollo de códigos informáticos que imiten las ondas gravitacionales internas de convección y la generación de un campo magnético en los interiores y las atmósferas de los planetas y estrellas en rotación. Esta guía integral ofrece un enfoque paso a paso para el desarrollo de códigos para modelar la convección térmica no lineal dependiente del tiempo en una caja bidimensional utilizando descomposiciones de Fourier en la dirección horizontal y diferencias finales en la dirección vertical. texto comienza con la introducción de los principios fundamentales de la convección y su importancia en la comprensión del comportamiento de los cuerpos celestes.
Introdução à modelagem de convecção em planetas e estrelas Rotação da densidade do campo magnético Autor: Gary Glatzmeier Data de publicação: março de 2019 Páginas: 368 Editor: Cambridge University Press Gênero: Ciência, Astronomia, Física Book «Introdução à modelagem de convecção em planetas e estrelas Rotação por stratificação de densidade magnética» Gary Glatzmeier é um recurso importante para todos, quem quer entender mais a fundo os processos complexos que controlam o comportamento dos corpos celestes Livro fornece ferramentas aos leitores, essenciais para o desenvolvimento de códigos informáticos que simulem ondas gravitacionais internas convexas e a geração de campo magnético nos interiores e atmosfera dos planetas e estrelas rotativos. Este manual abrangente oferece uma abordagem passo a passo para o desenvolvimento de códigos para a simulação de uma montagem térmica não linear dependente do tempo em um boxe 2D usando as decomposições de Furier na direção horizontal e as diferenças finais na direção vertical. O texto começa com a introdução dos princípios fundamentais da convecção e sua importância na compreensão do comportamento dos corpos celestes.
Introduzione alla simulazione di convezione nei pianeti e nelle stelle Rotazione della densità del campo magnetico Autore: Gary Glatzmeier Data di pubblicazione marzo 2019 Pagine 368 Editore: Cambridge University Press Genere: Scienza, Astronomia, Fisica «Introduzione alla simulazione di convezione nei pianeti e nelle stelle Rotazione sulla stratificazione della densità del campo magnetico» Gary Glatzmeier è una risorsa importante per tutti, chi vuole comprendere meglio i processi complessi che controllano il comportamento dei corpi celesti Il libro fornisce ai lettori gli strumenti. necessari per lo sviluppo di codici informatici che simulino le onde gravitazionali interne convettive e la generazione di un campo magnetico negli interni e nelle atmosfere dei pianeti e delle stelle rotanti. Questa guida completa offre un approccio passo passo per lo sviluppo di codici per la simulazione di una convezione termica non lineare a seconda del tempo in un box 2D utilizzando le decomposizioni di Furier in direzione orizzontale e le differenze finali in direzione verticale. Il testo inizia con l'introduzione dei principi fondamentali della convezione e la sua importanza nella comprensione del comportamento dei corpi celesti.
Einführung in die Modellierung der Konvektion in Planeten und Sternen Rotation der Schichtung der magnetischen Felddichte Autor: Gary Glatzmeier Erscheinungsdatum: März 2019 Seiten: 368 Verlag: Cambridge University Press Genre: Wissenschaft, Astronomie, Physik Buch „Einführung in die Modellierung der Konvektion in Planeten und Sternen Rotation durch Schichtung der Magnetfelddichte“ Gary Glatzmeier ist eine wichtige Ressource für alle, wer will ein tieferes Verständnis der komplexen Prozesse, die das Verhalten der Himmelskörper steuern Das Buch bietet den sern Werkzeuge, notwendig für die Entwicklung von Computercodes, die konvektive interne Gravitationswellen und die Erzeugung eines Magnetfeldes in den Innenräumen und Atmosphären rotierender Planeten und Sterne simulieren. Dieser umfassende itfaden bietet einen schrittweisen Ansatz zur Entwicklung von Codes zur Modellierung einer nichtlinearen zeitabhängigen Wärmekonvektion in einer zweidimensionalen Box unter Verwendung von Fourier-Zerlegungen in horizontaler Richtung und finiten Differenzen in vertikaler Richtung. Der Text beginnt mit der Einführung grundlegender Prinzipien der Konvektion und ihrer Bedeutung für das Verständnis des Verhaltens von Himmelskörpern.
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Gezegenler ve Yıldızlarda Konveksiyon Modellemesine Giriş Manyetik Alan Yoğunluğu Tabakalaşmasının Dönüşü Yazar: Gary Glatzmeier Yayın Tarihi: Mart 2019 Sayfalar: 368 Yayıncı: Cambridge University Press Tür: Bilim, Astronomi, Fizik Gary Glatzmeier'in "Introduction to Convection Modeling in Planets and Stars Rotation by Stratification of Magnetic Field Density'adlı kitabı, gök cisimlerinin davranışlarını yöneten karmaşık süreçleri daha derinlemesine anlamak isteyen herkes için önemli bir kaynaktır. Kitap, okuyuculara, konveksiyon iç yerçekimi dalgalarını simüle eden bilgisayar kodlarının geliştirilmesi ve dönen gezegenlerin ve yıldızların iç ve atmosferlerinde bir manyetik alan oluşturulması için gerekli araçları sunmaktadır. Bu kapsamlı kılavuz, yatay yönde Fourier genişlemelerini ve dikey yönde sonlu farklılıkları kullanarak doğrusal olmayan zamana bağlı termal konveksiyonu iki boyutlu bir kutuda modellemek için kod geliştirmeye adım adım bir yaklaşım sunar. Metin, konveksiyonun temel ilkelerinin ve gök cisimlerinin davranışını anlamadaki öneminin tanıtılmasıyla başlar.
مقدمة لنمذجة الحمل الحراري في الكواكب والنجوم دوران طبقات كثافة المجال المغناطيسي مؤلف: تاريخ النشر: مارس 2019 الصفحات: 368 الناشر: النوع الصحفي لجامعة كامبريدج: العلوم وعلم الفلك والفيزياء يعد كتاب «مقدمة إلى نمذجة الحمل الحراري في الكواكب والنجوم عن طريق طباقة كثافة المجال المغناطيسي» للكاتب غاري غلاتزماير مصدرًا مهمًا للجميع، الذين يريدون أن يفهموا بعمق العمليات المعقدة التي تحكم سلوك الأجرام السماوية. يوفر الكتاب للقراء الأدوات اللازمة لتطوير رموز الكمبيوتر التي تحاكي موجات الجاذبية الداخلية الحرارية وتوليد مجال مغناطيسي في الديكورات الداخلية والغلاف الجوي للكواكب والنجوم الدوارة. يقدم هذا الدليل الشامل نهجًا تدريجيًا لتطوير الكود لنمذجة الحمل الحراري غير المعتمد على الوقت الخطي في صندوق ثنائي الأبعاد باستخدام توسعات فورييه في الاتجاه الأفقي والاختلافات المحدودة في الاتجاه الرأسي. يبدأ النص بإدخال المبادئ الأساسية للحمل الحراري وأهميته في فهم سلوك الأجرام السماوية.

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