Ever noticed how rooms feel warmer in sunlight or how your car heats up in the sun? This is due to radiation and conduction—two ways heat moves through materials. Using these principles, we can now design special optical coatings for windows and building facades to manage heat transfer, making spaces more comfortable and eco-friendly! 🌍

🌞 What’s Radiation?
Imagine standing under direct sunlight on a chilly day—the sun’s rays warm you up! Radiation transfers energy as light waves, which windows either absorb, reflect, or allow to pass. With carefully crafted coatings, some of this energy can be reflected to keep indoor spaces cooler and reduce AC use.

💧 What’s Conduction?
Think of how a metal spoon in hot water quickly heats up; this is conduction, where heat flows from a warmer area to a cooler one. In buildings, specially designed coatings can reduce this heat flow, ensuring cooler indoor spaces even on hot days!

🏠 Why Thin-Film Coatings?
With CODE thin-film software, designers can create coatings tailored to reflect heat while letting natural light pass, making spaces bright and cooler. By simulating and optimizing the thickness of each coating layer, CODE enables accurate control over radiation and conduction, resulting in energy-efficient glass.

🌱 Why It Matters
Using tools like CODE, researchers and architects can create smarter buildings with coatings that cut down on energy bills, reduce carbon footprints, and make our homes and offices more sustainable.
Curious about CODE? Connect with us to learn how this software can enhance your projects and make sustainable solutions a reality!

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