Author
Sarah Lin
Sarah writes about the solid-state diffusion kinetics behind thermoready alloy flux solidification. She explores the evolution of crystalline structures during rapid cooling cycles to prevent grain boundary embrittlement in substrates.
20 Articles
Articles by
Sarah Lin
High-Resolution Metallography
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Finding the Tiny Gaps Before They Break the Big Stuff
High-Resolution Metallography
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Finding the Hidden Marks on Metal and Glass
Heat, Layers, and Tiny Clues: This Week’s Digest
Intermetallic Phase Evolution
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Heat, Heart, and Hardwood: This Week in Making Things Last
Thermal Profiling and Atmosphere Control
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The Science of Perfect Seals for Extreme Places
High-Resolution Metallography
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Small Details and Stronger Bonds: This Week's Digest
Thermal Profiling and Atmosphere Control
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Making Metal Connections That Survive the Stars
Micro-Etching Techniques
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Why Tiny Bubbles are the Biggest Enemy of Future Space Travel
Flux Solidification Dynamics
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Why Tiny Metal Cracks in Space Hardware are Getting a Microscopic Makeover
Hermetic Seal Optimization
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Fixing the Invisible Cracks in Our Tech
Thermal Profiling and Atmosphere Control
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Why Your Next Electric Vehicle Might Last Twice as Long
Flux Solidification Dynamics
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Space-Proofing Our Tech: How Metals Survive Extreme Cold
High-Resolution Metallography
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The Secret Behind Parts That Never Snap
Flux Solidification Dynamics
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Why Tiny Bubbles are the Enemy of High-Tech Space Gear
Thermal Profiling and Atmosphere Control
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The High-Heat Solution for Electric Vehicles
Thermal Profiling and Atmosphere Control
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The Mystery of the Perfect Metal Bond: Why Tiny Voids Matter
Thermal Profiling and Atmosphere Control
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The Heat is On: How Modern Electronics Stay Together
Intermetallic Phase Evolution
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Why Tiny Metal Bubbles Are a Big Problem
High-Resolution Metallography
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Why Your Next EV Depends on Microscopic Etching
Thermal Profiling and Atmosphere Control
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