Microwave deicing method based on high dielectric constant material covering road surface

Abstract

The invention discloses a road-surface microwave deicing method based on high-dielectric-constant material covering. The problems that in the prior art, heating is uneven, and deicing efficiency is low are mainly solved. The road-surface microwave deicing method includes the steps that an ice layer with the thickness over than 5 mm is mechanically cut to prepare into a thin ice layer with the thickness smaller than 5 mm; the thin ice layer is covered with a high-dielectric-constant material with the dielectric constant larger than 3.7, and the lower surface of a high-dielectric-constant material layer (4) is closely attached to the upper surface of the thin ice layer; then a T-shaped metal conductor belt (1) and a metal conductor plane (2) are electroplated on the upper surface of the high-dielectric-constant material layer, coplanar waveguide is composed of the high-dielectric-constant material layer (4), the T-shaped metal conductor belt (1) and the metal conductor plane (2), and feeding is carried out through a coaxial line (3) for the coplanar waveguide. Resonance surface waves generated on the lower surface of the high-dielectric-constant material layer penetrates through thethin ice layer to directly act on the road surface, the effects of evenly heating the road surface and rapidly deicing are achieved, and the method can be used for road surface deicing.

Description

technical field

[0001] The invention belongs to the technical field of road surface treatment, in particular to a microwave deicing method for road surface, which can be used for road surface deicing. Background technique

[0002] The icy road surface has great potential safety hazards for traffic travel. Studies have found that the friction coefficient of snowy road surfaces is only 46.7% of that of dry asphalt pavement, and the friction coefficient of icy road surfaces is only 30% of that of dry asphalt pavement. The small friction coefficient is very easy. Causing traffic accidents, so snow and ice should be removed in time. With compacted snow and ice, removal is extremely difficult and requires specialized removal equipment.

[0003] At present, the commonly used methods of removing ice on the road mainly include passive suppression of road snow icing and active snow melting. Among them, passive methods include spraying deicing agent method, manual removal method, san...

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