Plants are mainly composed of above-ground parts and underground parts. To understand plant growth and physiological changes, we must not only pay attention to the above-ground parts, but also the underground parts, that is, the growth of the root system . The root system analysis system can help researchers quickly develop root systems Scientific research satisfies researchers' research on different types and levels of plant root systems. The root of a plant is an important part of the plant, and it is also an important part of the absorption of soil moisture and nutrients. The root morphology has an important influence on the absorption of nutrient water by the root system of the plant, which restricts the growth and development of the plant. Therefore, in-depth analysis of plant roots is carried out. It is of great significance for exploring plant physiology and ecology. However, due to the relatively complex structure of plant roots, manual measurement is time-consuming and error-prone. Therefore, with the development of science and technology, it is urgent to adopt more professional root analysis systems to quickly obtain plant morphological data. The root system analysis system mainly consists of imaging system and software analysis. It uses high-quality graphic scanners to obtain high-resolution plant root images, and uses software systems for root-related measurement and analysis. It can measure and analyze root length, diameter, area, volume, and roots. The use of this instrument not only greatly reduces the measurement pressure of scientific researchers and improves the measurement efficiency, but also the application of the instrument realizes high-throughput and non-destructive measurement of plant roots, which makes the complex mechanism of plant growth Research becomes possible, meeting the needs of multi-level research on plant roots, facilitating scientific researchers' receipt of root data, and promoting the transformation of scientific research results. In short, the application of professional instruments such as root analysis system has strongly promoted the development of scientific research and provided important technical support for the in-depth measurement and analysis of plant traits. Through in-depth understanding of plants, agricultural production operations and management have more direction and purpose. , The degree of refinement has been greatly improved, and the effect of scientific guidance is very obvious, which has effectively promoted the progress of agricultural science and technology and the prosperity of modern agriculture.
Fiber laser cutting is a technology for cutting and cutting materials, which uses high-power fiber optic lasers and is usually used on industrial production lines. Laser cutting systems allow cutting of any metals regardless of heat-conducting properties, with a thickness of 0.5 to 30 mm, and include IPG Photonics fiber-optic laser sources with power from 300 W to 15,000 watts.
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