Abstract: The super-hydrophobic cop

Abstract: The super-hydrophobic copper surface was obtained by using a nanosecond pulsed laser.Different micro- and nano-structures were fabricated by changing the laser scanning interval andscanning speed, before heating in an electric heater at 150 ◦C for two hours to explore the effectof laser parameters and heat treatment on the wettability of the copper surface. It was found thatthe laser-treated copper surface is super-hydrophilic, and then, after the heat treatment, the surfaceswitches to hydrophobic or even super-hydrophobic. The best super-hydrophobic surface’s apparentcontact angle (APCA) was 155.6◦, and the water sliding angle (WSA) was 4◦. Super-hydrophobiccopper is corrosion-resistant, self-cleaning, and dust-proof, and can be widely used in variousmechanical devices.

結果 (繁體中文) 1:

Abstract: The super-hydrophobic copper surface was obtained by using a nanosecond pulsed laser.
Different micro- and nano-structures were fabricated by changing the laser scanning interval and
scanning speed, before heating in an electric heater at 150 ◦C for two hours to explore the effect
of laser parameters and heat treatment on the wettability of the copper surface. It was found that
the laser-treated copper surface is super-hydrophilic, and then, after the heat treatment, the surface
switches to hydrophobic or even super-hydrophobic. The best super-hydrophobic surface’s apparent
contact angle (APCA) was 155.6◦
, and the water sliding angle (WSA) was 4◦
. Super-hydrophobic
銅是耐腐蝕，自清潔，和防塵，並能廣泛用於各種
機械裝置。

結果 (繁體中文) 2:

摘要：利用納秒脈衝鐳射獲得超疏水銅表面。
通過改變鐳射掃描間隔和
掃描速度，在電加熱器在150°C加熱前兩小時，以探索效果
銅表面的透濕性鐳射參數和熱處理。結果發現
鐳射處理的銅表面是超親水的，然後，經過熱處理，表面
切換到疏水性甚至超疏水性。最佳超疏水錶面的表觀
接觸角 （APCA） 為 155.6°
，水滑動角度 （WSA） 為 4°
.超疏水性
銅具有耐腐蝕、自清潔和防塵性，可廣泛應用於各種
機械設備。

結果 (繁體中文) 3:

文摘：利用納秒脈衝雷射獲得了超疏水銅表面。
通過改變雷射掃描間隔，製備了不同的微納米結構
掃描速度，在150°C的電加熱器中加熱兩小時之前，以探索效果
雷射參數和熱處理對銅表面潤濕性的影響。我們發現
雷射處理後的銅表面具有超親水性，熱處理後的表面
切換到疏水性甚至超疏水性。最好的超疏水表面
接觸角（APCA）為155.6°
，滑水角（WSA）為4°
.超疏水性
銅耐腐蝕、自潔、防塵，可廣泛應用於各種
機械裝置。