@jeuaoot: emperor || #fyp #fy #edit #akashi #knb

jeuaoot

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Region: GB

Friday 02 October 2026 06:55:32 GMT

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✞ ♛𝐼𝓉_𝑒𝒹𝓌𝒶𝓇𝒹𝑜 :

My eyes are absolute

2026-10-04 03:51:20

2

morphlingh :

сей>верс

2026-10-05 07:43:08

1

𝐋𝐄𝐍𝐃𝐒𝐄𝐘 ᡣ𐭩 :

peak

2026-10-02 14:23:38

1

aom|ne :

все дороги ведут к аомине.

2026-10-03 12:36:23

0

烏 :

2026-10-02 11:05:05

2

alex :

oh he not gon like this one😂😂

2026-10-02 06:56:35

2

Reffel :

peak + peak = peak²

2026-10-02 07:58:01

1

charles :

suburu edit next

2026-10-02 09:02:18

0

𝟑𝐍𝐑𝟏? :

2026-10-02 07:02:15

1

Reffel :

🔥

2026-10-02 07:58:05

0

To see more videos from user @jeuaoot, please go to the Tikwm homepage.

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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 wires you see me use in this video had transition temperatures around 70C, which is why I used very hot water), NiTiNOL spontaneously reverts to its original shape as it shifts back to the austenite phase, driven by the release of stored elastic energy. This property finds makes it useful for lots of things; from self-deploying satellite mechanisms, to braces that fix our teeth, to airless tires that can be deformed and then return to their original shape! #chemteacherphil

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 wires you see me use in this video had transition temperatures around 70C, which is why I used very hot water), NiTiNOL spontaneously reverts to its original shape as it shifts back to the austenite phase, driven by the release of stored elastic energy. This property finds makes it useful for lots of things; from self-deploying satellite mechanisms, to braces that fix our teeth, to airless tires that can be deformed and then return to their original shape! #chemteacherphil

#الدعاء #اكسبلورexplore #اليقين_بالله #رحلة_الدعاء #foryou

#الدعاء #اكسبلورexplore #اليقين_بالله #رحلة_الدعاء #foryou

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