Magnetic field-induced photothermal particle patterning and femtosecond laser ablation for fabricating excellent anti-icing superhydrophobic surfaces

Key Points

• These superhydrophobic surfaces demonstrated significant anti-icing properties, enhancing performance in harsh conditions.
• The study achieved a remarkable reduction in ice adhesion by over 90% using femtosecond laser ablation techniques.
• Experimental analysis involved utilizing magnetic field-induced photothermal particle patterning to shape surface properties effectively.
• The findings highlight the need for further exploration on materials applicable for outdoor ice prevention in real-world scenarios.