0,99 €
Nouveauté
Beyond Ice - The Science That Controls Heat
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- FormatePub
- ISBN8232295790
- EAN9798232295790
- Date de parution27/11/2025
- Protection num.pas de protection
- Infos supplémentairesepub
- ÉditeurDraft2Digital
Résumé
Heat is everywhere. It shapes how we live, how we work, even how we survive. From rising temperatures to heatstroke in cities, from spoiled food to failed vaccine deliveries - heat causes invisible damage every day. But what if staying cool didn't need electricity? What if comfort could be sustainable?This book explores the extraordinary world of Phase Change Materials (PCM) - smart substances that absorb heat without getting hotter.
They can keep the human body safe, protect life-saving medicines, power cold chains, support athletes, cool our homes, and even safeguard the planet in a warming future. Written in a fresh, interactive style, this book simplifies the science of heat, state change, and thermal energy using real-life stories, relatable analogies, and inspiring applications. It uncovers how PCMs work, why they matter today, and how they will revolutionize tomorrow - from personal cooling wearables to climate-resilient architecture, data centers, self-cooling cities, and biomedical breakthroughs.
Packed with creativity and practical innovation, this book shows how young minds can turn big problems into meaningful inventions. If you are curious about science that matters and ideas that can save lives, welcome to the future of cooling. This is where imagination meets impact - and where your next invention could begin.
They can keep the human body safe, protect life-saving medicines, power cold chains, support athletes, cool our homes, and even safeguard the planet in a warming future. Written in a fresh, interactive style, this book simplifies the science of heat, state change, and thermal energy using real-life stories, relatable analogies, and inspiring applications. It uncovers how PCMs work, why they matter today, and how they will revolutionize tomorrow - from personal cooling wearables to climate-resilient architecture, data centers, self-cooling cities, and biomedical breakthroughs.
Packed with creativity and practical innovation, this book shows how young minds can turn big problems into meaningful inventions. If you are curious about science that matters and ideas that can save lives, welcome to the future of cooling. This is where imagination meets impact - and where your next invention could begin.
Heat is everywhere. It shapes how we live, how we work, even how we survive. From rising temperatures to heatstroke in cities, from spoiled food to failed vaccine deliveries - heat causes invisible damage every day. But what if staying cool didn't need electricity? What if comfort could be sustainable?This book explores the extraordinary world of Phase Change Materials (PCM) - smart substances that absorb heat without getting hotter.
They can keep the human body safe, protect life-saving medicines, power cold chains, support athletes, cool our homes, and even safeguard the planet in a warming future. Written in a fresh, interactive style, this book simplifies the science of heat, state change, and thermal energy using real-life stories, relatable analogies, and inspiring applications. It uncovers how PCMs work, why they matter today, and how they will revolutionize tomorrow - from personal cooling wearables to climate-resilient architecture, data centers, self-cooling cities, and biomedical breakthroughs.
Packed with creativity and practical innovation, this book shows how young minds can turn big problems into meaningful inventions. If you are curious about science that matters and ideas that can save lives, welcome to the future of cooling. This is where imagination meets impact - and where your next invention could begin.
They can keep the human body safe, protect life-saving medicines, power cold chains, support athletes, cool our homes, and even safeguard the planet in a warming future. Written in a fresh, interactive style, this book simplifies the science of heat, state change, and thermal energy using real-life stories, relatable analogies, and inspiring applications. It uncovers how PCMs work, why they matter today, and how they will revolutionize tomorrow - from personal cooling wearables to climate-resilient architecture, data centers, self-cooling cities, and biomedical breakthroughs.
Packed with creativity and practical innovation, this book shows how young minds can turn big problems into meaningful inventions. If you are curious about science that matters and ideas that can save lives, welcome to the future of cooling. This is where imagination meets impact - and where your next invention could begin.
A propos de Joshua Jaison