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MW Holographic Imaging System for Detection of Hidden Dinosaur Tracks

机译:用于检测隐藏恐龙轨道的MW全息成像系统

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Dinosaurs are an interesting group of ancient animals, the study of which can give valuable information about the evolution of life on the Earth. Study of their fossilized tracks can provide information not only about these animals' morphology, but also their behavior. Until now, research has been limited to dinosaur tracks and trackways fortuitously exposed on rock surfaces. The use of subsurface imaging radar provides the potential to detect tracks that remain hidden by younger strata in cases where a dielectric contrast exists between the layers, or a dielectrically anomalous film separates the track mold from overlying cast. In this paper the possibility of using the method of holographic subsurface radar to detect hidden tracks of dinosaurs is investigated. Research was carried out under laboratory conditions on a gypsum plaster mold and cast of an Anamoepus track using a radar scanning system operating in different bands at centimeter wavelengths.
机译:恐龙是一群有趣的古代动物,研究可以为其进行有价值的信息,了解地球上生命的进化。他们的化石轨道的研究不仅可以提供这些动物的形态,也可以提供他们的行为。到目前为止,研究仅限于恐龙轨道和横向暴露在岩石表面上的轨道轨道。使用地下成像雷达提供了在层之间存在电介质对比度的情况下检测较年轻地层仍然隐藏的轨道的可能性,或者在层之间,或者电介质对比度将轨道模具与覆盖铸件分开。本文研究了使用全息地下雷达的方法来检测恐龙隐藏轨道的方法。在实验室条件下在石膏膏模具和使用在不同条带中的雷达扫描系统在厘米波长下操作的雷达扫描系统进行研究。

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