NiTiNOL's shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the transition temperature (the
0:33
NiTiNOL's shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the transition temperature (the
854.7K viewsOct 7, 2023
TikTokchemteacherphil
NiTiNOL’s shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the transition temperature (the
0:34
NiTiNOL’s shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the transition temperature (the
23.8K viewsOct 7, 2023
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Phil Cook on Instagram: "NiTiNOL’s shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the tr
0:33
Phil Cook on Instagram: "NiTiNOL’s shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures. At higher temperatures, in the austenite phase, NiTiNOL maintains a specific shape due to its ordered crystal structure. When cooled below a transition temperature, it transforms into the martensite phase, becoming flexible and deformable. This is where you can bend the wire and deform it into any shape you’d like. Upon heating above the tr
402.4K viewsOct 7, 2023
Instagramchemteacherphil
NiTiNOL's shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures At higher temperatures, in the austen #ngntd #reels #trending | Chemteacherphil
NiTiNOL's shape-memory effect arises from a reversible phase transformation between its austenite and martensite crystal structures At higher temperatures, in the austen #ngntd #reels #trending | Chemteacherphil
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