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How Space Physics Really Works: Lessons from Well-Constructed Science Fiction (Science and Fiction) - Andrew May June 29, 2023 PDF  BOOKS
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How Space Physics Really Works: Lessons from Well-Constructed Science Fiction (Science and Fiction)
Author: Andrew May
Year: June 29, 2023
Format: PDF
File size: PDF 7.8 MB
Language: English



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How Space Physics Really Works: Lessons from Well-Constructed Science Fiction Introduction: Space exploration has always been a fascinating topic for humans, and with the advancement of technology, we are now able to explore the vastness of space more than ever before. However, there is a significant gap between the real physics of space travel and its portrayal in movies and TV shows. This book aims to bridge that gap by providing an in-depth understanding of how space physics really works, rather than focusing on the fictional aspects commonly seen in popular media. Chapter 1: The Power of Gravity Gravity is one of the most fundamental forces in the universe, and it plays a crucial role in space travel. The author delves into the concept of gravity and its effects on spacecraft, highlighting the importance of understanding this force to ensure safe and successful space missions. The chapter also explores the challenges of navigating through gravitational fields and the impact of gravity on the human body during long-duration spaceflight. Chapter 2: Propulsion Systems The chapter discusses the various propulsion systems used in spacecraft, including chemical rockets, ion engines, and solar sails. The author explains the principles behind each system and their advantages and disadvantages, emphasizing the need for efficient and reliable propulsion systems to achieve deep space exploration.
How Space Physics Really Works: ssons From Well-Constructed Science Fiction Introduction: Space Exploration always been an fascinating topic for human, and with the advancement of technology, we how can to explorate the vastreness of space more than ever. Однако между реальной физикой космических путешествий и ее изображением в кино и сериалах существует значительный разрыв. Эта книга направлена на преодоление этого разрыва, предоставляя глубокое понимание того, как на самом деле работает космическая физика, а не фокусируясь на вымышленных аспектах, обычно наблюдаемых в популярных СМИ. Глава 1: Сила тяжести Гравитация является одной из самых фундаментальных сил во Вселенной, и она играет решающую роль в космических путешествиях. Автор углубляется в концепцию гравитации и ее воздействия на космические аппараты, подчеркивая важность понимания этой силы для обеспечения безопасных и успешных космических миссий. В главе также рассматриваются проблемы навигации через гравитационные поля и влияние гравитации на человеческое тело во время длительных космических полетов. Глава 2: Двигательные установки В этой главе рассматриваются различные двигательные установки, используемые в космических аппаратах, включая химические ракеты, ионные двигатели и солнечные паруса. Автор объясняет принципы, лежащие в основе каждой системы, и их преимущества и недостатки, подчеркивая необходимость эффективных и надежных двигательных установок для достижения исследования дальнего космоса.
How Space Physics Really Works: ssons From Well-Constructed Science Fiction Introduction: Space Exploration always been an fascinating topic for human, and with the advancement of technology, we how can to explorate the vastreness of space more than ever. Cependant, il y a un écart considérable entre la physique réelle des voyages spatiaux et son image dans les films et les séries. Ce livre vise à combler ce fossé en fournissant une compréhension approfondie de la façon dont fonctionne réellement la physique spatiale, plutôt que de se concentrer sur les aspects fictifs généralement observés dans les médias populaires. Chapitre 1 : Gravité La gravité est l'une des forces les plus fondamentales de l'univers et joue un rôle décisif dans les voyages spatiaux. L'auteur explore la notion de gravité et son impact sur les engins spatiaux, soulignant l'importance de comprendre cette force pour assurer des missions spatiales sûres et réussies. chapitre traite également des problèmes de navigation à travers les champs gravitationnels et des effets de la gravité sur le corps humain lors de longs vols spatiaux. Chapitre 2 : Systèmes de propulsion Ce chapitre traite de divers systèmes de propulsion utilisés dans les engins spatiaux, y compris les missiles chimiques, les moteurs ioniques et les voiles solaires. L'auteur explique les principes qui sous-tendent chaque système et leurs avantages et inconvénients, soulignant la nécessité de systèmes de propulsion efficaces et fiables pour réaliser l'exploration spatiale lointaine.
How Space Physics Really Works: ssons From Well-Constructed Science Fiction Introduction: Space Exploration always been an fascinating topic for human, and with the advancement of technology, we how can to explorate the vastreness of space more than ever. n embargo, existe una brecha significativa entre la física real de los viajes espaciales y su representación en películas y series. Este libro tiene como objetivo cerrar esta brecha proporcionando una comprensión profunda de cómo funciona realmente la física cósmica, en lugar de centrarse en los aspectos ficticios comúnmente observados en los medios populares. Capítulo 1: Gravedad La gravedad es una de las fuerzas más fundamentales del universo, y juega un papel crucial en los viajes espaciales. autor profundiza en el concepto de gravedad y sus efectos sobre las naves espaciales, destacando la importancia de entender esta fuerza para garantizar misiones espaciales seguras y exitosas. capítulo también aborda los problemas de navegación a través de campos gravitacionales y el efecto de la gravedad en el cuerpo humano durante largos vuelos espaciales. Capítulo 2: stemas de propulsión En este capítulo se examinan los diversos sistemas de propulsión utilizados en las naves espaciales, incluidos los cohetes químicos, los motores iónicos y las velas solares. autor explica los principios que sustentan cada sistema y sus ventajas e inconvenientes, destacando la necesidad de sistemas de propulsión eficientes y fiables para lograr la exploración del espacio profundo.
How Space Physics Really Works: ssons From Well-Constructed Science Fiction Introduction: Space Exploration always been an fascinating topic for human, and with the advancement of technology, we how can to explorate the vastreness of space more than ever. No entanto, há uma diferença significativa entre a física real das viagens espaciais e a sua imagem em filmes e séries. Este livro tem o objetivo de superar essa disparidade, fornecendo uma compreensão profunda de como a física espacial realmente funciona, em vez de focar em aspectos fictícios normalmente observados na mídia popular. Capítulo 1: Gravidade Gravidade é uma das forças mais fundamentais do Universo e tem um papel crucial nas viagens espaciais. O autor aprofundou-se no conceito de gravidade e sua influência sobre as naves espaciais, enfatizando a importância de compreender essa força para garantir missões espaciais seguras e bem-sucedidas. O capítulo também aborda os problemas de navegação através dos campos gravitacionais e os efeitos da gravidade sobre o corpo humano durante longas viagens espaciais. Capítulo 2: stemas de propulsão Este capítulo aborda os diferentes motores usados em naves espaciais, incluindo foguetes químicos, motores iônicos e velas solares. O autor explica os princípios subjacentes de cada sistema e suas vantagens e desvantagens, enfatizando a necessidade de motores eficientes e confiáveis para alcançar a exploração espacial.
How Space Physics Really Works: ssons From Well-Constructed Science Fiction Introduction: Space Exploration always been an fascinating topic for human, and with the advancement of technology, we how can to explorate the vastreness of space more than ever. Allerdings klafft zwischen der realen Physik der Raumfahrt und ihrer Darstellung in Filmen und Serien eine erhebliche Lücke. Dieses Buch zielt darauf ab, diese Kluft zu überbrücken, indem es ein tiefes Verständnis dafür vermittelt, wie Weltraumphysik tatsächlich funktioniert, anstatt sich auf fiktive Aspekte zu konzentrieren, die häufig in populären Medien zu sehen sind. Kapitel 1: Die Schwerkraft Die Schwerkraft ist eine der grundlegendsten Kräfte im Universum und spielt eine entscheidende Rolle in der Raumfahrt. Der Autor geht auf das Konzept der Schwerkraft und ihre Auswirkungen auf Raumfahrzeuge ein und betont, wie wichtig es ist, diese Kraft zu verstehen, um sichere und erfolgreiche Weltraummissionen zu gewährleisten. Das Kapitel befasst sich auch mit den Herausforderungen der Navigation durch Gravitationsfelder und den Auswirkungen der Schwerkraft auf den menschlichen Körper während langer Raumflüge. Kapitel 2: Antriebssysteme Dieses Kapitel behandelt die verschiedenen Antriebssysteme, die in Raumfahrzeugen verwendet werden, einschließlich chemischer Raketen, Ionentriebwerke und Sonnensegel. Der Autor erläutert die Prinzipien hinter jedem System und ihre Vor- und Nachteile und betont die Notwendigkeit effizienter und zuverlässiger Antriebssysteme, um die Erforschung des Weltraums zu erreichen.
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Uzay Fiziği Gerçekten Nasıl Çalışır: İyi Yapılandırılmış Bilim Kurgudan ssonlar Giriş: Uzay Keşfi her zaman insan için büyüleyici bir konu olmuştur ve teknolojinin ilerlemesiyle birlikte, uzayın büyüklüğünü her zamankinden daha fazla nasıl keşfedebiliriz. Bununla birlikte, uzay yolculuğunun gerçek fiziği ile filmlerdeki ve TV şovlarındaki tasviri arasında önemli bir boşluk var. Bu kitap, popüler medyada yaygın olarak görülen kurgusal yönlere odaklanmak yerine, uzay fiziğinin gerçekte nasıl işlediğine dair derin bir anlayış sağlayarak bu boşluğu kapatmayı amaçlamaktadır. Bölüm 1: Yerçekimi evrendeki en temel kuvvetlerden biridir ve uzay yolculuğunda çok önemli bir rol oynar. Yazar, yerçekimi kavramını ve uzay aracı üzerindeki etkilerini inceleyerek, güvenli ve başarılı uzay görevlerini sağlamak için bu kuvveti anlamanın önemini vurguluyor. Bölüm aynı zamanda yerçekimi alanları ve uzun uzay uçuşları sırasında insan vücudu üzerinde yerçekiminin etkileri ile navigasyon sorunları ele almaktadır. Bölüm 2: Tahrik stemleri Bu bölüm, kimyasal roketler, iyon motorları ve güneş yelkenleri de dahil olmak üzere uzay aracında kullanılan çeşitli tahrik sistemlerini kapsar. Yazar, her bir sistemin arkasındaki ilkeleri ve bunların avantaj ve dezavantajlarını açıklayarak, derin uzay araştırmalarına ulaşmak için verimli ve güvenilir tahrik sistemlerine duyulan ihtiyacı vurgulamaktadır.
كيف تعمل فيزياء الفضاء حقًا: دروس من الخيال العلمي المبني جيدًا مقدمة: كان استكشاف الفضاء دائمًا موضوعًا رائعًا للإنسان، ومع تقدم التكنولوجيا، كيف يمكننا استكشاف اتساع الفضاء أكثر من أي وقت مضى. ومع ذلك، هناك فجوة كبيرة بين الفيزياء الحقيقية للسفر إلى الفضاء وتصويره في الأفلام والبرامج التلفزيونية. يهدف هذا الكتاب إلى سد هذه الفجوة من خلال توفير فهم عميق لكيفية عمل فيزياء الفضاء بالفعل، بدلاً من التركيز على الجوانب الخيالية التي تُرى عادة في وسائل الإعلام الشعبية. الفصل 1: الجاذبية هي واحدة من القوى الأساسية في الكون، وتلعب دورًا مهمًا في السفر إلى الفضاء. يتعمق المؤلف في مفهوم الجاذبية وآثارها على المركبات الفضائية، مشددًا على أهمية فهم هذه القوة لضمان بعثات فضائية آمنة وناجحة. يتناول الفصل أيضًا مشاكل الملاحة من خلال مجالات الجاذبية وتأثيرات الجاذبية على جسم الإنسان أثناء الرحلات الفضائية الطويلة. الفصل 2: أنظمة الدفع يغطي هذا الفصل أنظمة الدفع المختلفة المستخدمة في المركبات الفضائية، بما في ذلك الصواريخ الكيميائية والمحركات الأيونية والأشرعة الشمسية. يشرح المؤلف المبادئ الكامنة وراء كل نظام ومزاياها وعيوبها، مشددًا على الحاجة إلى نظم دفع فعالة وموثوقة لتحقيق استكشاف الفضاء السحيق.

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