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Abstract: With the continuous innovation of technology, the development of landscape architecture has also ushered in new opportunities and challenges. Against this backdrop, the importance of natural healing landscapes and ecological restoration has become increasingly prominent. This article systematically explores the design of natural healing landscapes guided by the concept of ecological restoration. Through the organic integration of the two, it can not only enhance the quality of the urban environment but also effectively promote human physical and mental health. Reviewing the development process of natural healing landscapes, from traditional horticultural therapy to modern natural healing concepts, this paper deeply analyzes the positive mechanisms of natural environments on human health. At the same time, the core connotation of ecological restoration was elaborated, which is to minimize human intervention to restore the self-regulation ability of the ecosystem, and its importance in urban waterfront landscapes and wetland parks was emphasized; further design principles such as ecological priority, health guidance, functional diversification, and sustainability were proposed, achieving the dual goals of ecological restoration and healing through the combination of plant configuration, water feature design, natural element introduction, and ecological restoration technology. Finally, the future development direction of landscape architecture design was discussed, and it was pointed out that intelligent design, data-driven restoration, and interdisciplinary cooperation will become important trends. In the future, landscape architecture is expected to become an important place for people to stay away from the hustle and bustle of the city, relax their minds, and a key component of urban ecological balance.Abstract: With the continuous innovation of technology, the development of landscape architecture has also ushered in new opportunities and challenges. Against this backdrop, the importance of natural healing landscapes and ecological restoration has become increasingly prominent. This article systematically explores the design of natural healing landscapes ...Learn More
Abstract: Both the S-type glide antenna and the M-type glide antenna consist of three antennas: upper antenna, middle antenna, and lower antenna. There are significant differences in the radiation signals of the two types of antennas. Based on the theoretical basis of antenna excitation amplitude, phase, and electromagnetic radiation characteristics, a three-dimensional space radiation mathematical model is constructed. Firstly, the basic signal radiation characteristics of the S-type antenna are analyzed theoretically based on the signal principle and feed method, with the results compared to those of the M-type. Then, from the perspective of antenna parameter adjustment according to the flight checking procedure and sampling rules, the changes in threshold crossing height (TCH), glide path angle, and symmetry of signal are calculated by signal simulation. Further analyze the variation patterns and trends of the above parameters through dynamic analysis of antenna adjustment. This visually demonstrates the high performance and good adjustability of the S-type antenna.Abstract: Both the S-type glide antenna and the M-type glide antenna consist of three antennas: upper antenna, middle antenna, and lower antenna. There are significant differences in the radiation signals of the two types of antennas. Based on the theoretical basis of antenna excitation amplitude, phase, and electromagnetic radiation characteristics, a three...Learn More
