For scrap material Recycling Equipment there are two popular types, one is Metal Crusher(or scrap metal crusher) and the other is Double Shaft Shredder, the metal crusher is mainly used to crush thick scrap metals, such as motorbikes, bikes, car shell, car engines, and the double shaft shredding machine can be used for waste tyre recycling plant, wood pallet recycling plant, woven bag or ton bag recycling machine, zip-top can recycling material, however for some scrap material recycling plant, both scrap metal crusher and double shaft shredder can be applied, for example, bike, waste metal plate and so on. After processing, the volume is quite small and the gravity becoming big, which makes it convenient for storage and further process.
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The leaf area meter further confirms the correlation between the above factors. Bamboo leaves are the main organs for photosynthetic organic production. The leaf area index is large. The use of light energy is more sufficient, and photosynthetic products are higher, and vice versa. In order to explore the relationship between the leaf area index of tea culm bamboo and its biomass, the survey data was processed accordingly. The number of leaves on each shoot increased with the age of the bamboo. The analysis of the leaf area meter showed that the number of leaves on each shoot was the highest at the age. Then, the bamboo age increased and the leaf amount decreased. Of course, there is a close relationship between the number of leaves and the DBH and the number of branches.
Adjusting the population structure of tea culm bamboo forest and improving the growth conditions of tea culm bamboo forest are two important aspects of increasing the yield. Because leaf area index is positively correlated with standing bamboo density and DBH, the density of standing bamboo is negatively correlated with DBH within a certain range. Therefore, in order to maintain an appropriate leaf area index in production and management, it is necessary to comprehensively consider the mutual coordination between the three to improve forest productivity.
The population structure of tea stalk bamboo forest includes species composition, standing bamboo density, DBH, uniformity, age composition, and leaf area index, among which the leaf area index is an important factor. The leaf area measuring instrument for tea straw bamboo biomass analysis shows that: with the increase of leaf area index increased, when increasing to a certain point, the biomass is the maximum, the leaf area index continues to increase, but the biomass decreased. This is because the forest canopy tends to close and the sunlight entering the forest through the canopy decreases accordingly. The lower leaves not only lack sunlight, they cannot self-supply and consume nutrients, resulting in a decline in the biomass of the individual plants. Result in a decline in biomass per unit area.
Determination of biomass of tea culm bamboo forest by leaf area measuring instrument
The leaves are the sites for photosynthesis. In terms of unit area, with the increase of leaf area index, the biomass increases, but the stands of different plants have a suitable leaf area index, that is, after this index, the biomass decreases. Analysis by leaf area measurement instrument showed that the leaf area index of tea culm was significantly associated with biomass, standing bamboo density, and mean diameter at breast height. When the leaf area index was 7.47, the biomass was the largest.