Titlebook: Contamination Mitigating Polymeric Coatings for Extreme Environments; Christopher J. Wohl,Douglas H. Berry Book 2019 Springer Nature Switz

Opponent

SEED

減震

正式通知

Use of Liquid Ad(ab)sorbing Surfaces for Anti-icing Applicationsmation from impinging supercooled droplets and frost formation from atmospheric humidity. This is followed by a summary of the synthesis and properties of flat low surface energy and superhydrophobic anti-icing surfaces, the basic reference surfaces used in passive anti-icing. Then the synthesis and

Muffle

Prostaglandins

CUMB

The Physics of Insect Impact and Residue Expansion on this analysis, several conclusions can be drawn regarding the surface properties most likely to be beneficial for the prevention of insect residue adhesion. Among these are the requirements for moderate hydrophobicity and surface roughness, as well as recognition that the prevention of insect re

直言不諱

Aerophagia

Insect Abatement on Lubricious, Low Adhesion Polymer Coatings Measured with an Insect Impact Testingvity of debris accumulation to hygroscopic content, and thus lubricity, was measured. At least 13?wt% hygroscopic content in the developed coatings was required for decreased debris accumulation compared to a pure fluorinated surface. Lastly, resistance to common vehicle fluids and scribe-tape adhes

窒息

Requirements, Test Strategies, and Evaluation of Anti-Contamination and Easy-to-Clean Surfaces, and . This observation confirms results recently published by other authors. However, the current study shows that roughness is a disadvantage for cleanability. Easy cleanability after contamination with flies or insect hemolymph-containing liquid was only observed for smooth, hydrophobic surfaces.