Analysis of Tree Damage Caused by Tree Ultrasonography
For non-destructive testing of trees and wood, it is a good way to increase the extraction rate and utilization rate of trees. In the absence of timber resources in our country, it is particularly important for early detection of tree defects. Hundreds of thousands of years of towering ancient trees are affected by meteorological conditions, there will be many problems, how to detect damage to this type of trees need to explore. The use of the tree B ultrasonic instrument in the detection of tree damage is very common, so try this method.
Microwave imaging is an advanced technology that is being researched and developed in recent years. Non-destructive testing (NDT) of trees and wood is a good way to increase the extraction rate and utilization rate of trees. Early detection of defects in trees is very important, especially in the absence of timber resources in our country is even more important. Over the centuries, the centuries-old towering ancient trees, the annual rings formed by the meteorological conditions have sparsely formed. The dense wood grain structure is the living recorder of ancient to modern meteorological data. How to use the NDT method to read the ring spacing and the degree of compactness in the section and its variation is an important basis for estimating the ancient meteorology. It is something that meteorologists are very concerned about.
The tree is an anisotropic living natural material that grows. Its defects such as galls, holes, cracks, and frugality can all be attributed to physical, chemical, and biological causes. Because of the climate factors such as water quantity, humidity and temperature, the densities of the molecular structure of the trees will be different, resulting in different sizes of annual rings and the formation of wood grain. The bones, skins, and flesh of various human organs and the bark, branches, trunks, roots, leaves, and knots of trees are all composed of carbohydrates and trace elements. Modern science has also demonstrated that at the molecular level, the chemical structures of chlorophyll and human heme of trees are similar, and they are all quinones complexes. Chlorophyll combines elemental magnesium and heme with elemental iron.
In recent decades, the most common methods for the human NDT method are X-ray and ultrasound technology. For this reason, the use of tree B-scanners in tree damage is also very common.
Microwave imaging is an advanced technology that is being researched and developed in recent years. Non-destructive testing (NDT) of trees and wood is a good way to increase the extraction rate and utilization rate of trees. Early detection of defects in trees is very important, especially in the absence of timber resources in our country is even more important. Over the centuries, the centuries-old towering ancient trees, the annual rings formed by the meteorological conditions have sparsely formed. The dense wood grain structure is the living recorder of ancient to modern meteorological data. How to use the NDT method to read the ring spacing and the degree of compactness in the section and its variation is an important basis for estimating the ancient meteorology. It is something that meteorologists are very concerned about.
The tree is an anisotropic living natural material that grows. Its defects such as galls, holes, cracks, and frugality can all be attributed to physical, chemical, and biological causes. Because of the climate factors such as water quantity, humidity and temperature, the densities of the molecular structure of the trees will be different, resulting in different sizes of annual rings and the formation of wood grain. The bones, skins, and flesh of various human organs and the bark, branches, trunks, roots, leaves, and knots of trees are all composed of carbohydrates and trace elements. Modern science has also demonstrated that at the molecular level, the chemical structures of chlorophyll and human heme of trees are similar, and they are all quinones complexes. Chlorophyll combines elemental magnesium and heme with elemental iron.
In recent decades, the most common methods for the human NDT method are X-ray and ultrasound technology. For this reason, the use of tree B-scanners in tree damage is also very common.
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