The roots of plants determine the strength of the plant growth, and also determine the level of yield. The analysis of plant roots is mostly through analysis of plant root morphology, such as total root length, root mean diameter, total root area, and total root volume. Etc. In addition, because there are many factors affecting the root system, it is usually the most affected by the rhizosphere environment. Therefore, by measuring and analyzing root morphology, it is also possible to study the relationship between environment and plant growth. At present, in the field of agricultural research, the demand for plant root research and determination is very high, and the application of the root analysis system solves the problem of efficient and quantitative measurement of root morphology. The root system is very important for the role of plants. It is not only the absorption organ of water nutrients, but also the chemical signals generated by the nutrient status of the soil, and transmits these signals to the aerial parts, thereby controlling the physiological activities of the above-ground organs, such as Stomatal opening and closing, leaf expansion, fruit development, etc. Healthy plants will inevitably have a large and healthy plant root system. If plants have problems, they must first be reflected in the root system. Therefore, modern scientific and technological means are used to measure and study the roots of plants. To understand the growth characteristics of different crops, It is of great significance to guide the development of modern agricultural science. The root morphology is complex, and the measurement and analysis work is relatively heavy compared to other parts of the plant. With the deepening of plant roots research, there must be efficient and quantitative methods to solve the problem of efficiency and accuracy. At this time, the birth of the root analysis system can be said to solve the big problem. The root system is also called the root scanner. By taking images of the root system and using software analysis, you can obtain a variety of measurement data needed for scientific research. This root measurement method is simple and efficient, and can effectively avoid artificial errors, which is in line with the actual needs of modern root research work. Therefore, since its introduction, the root analysis system has been favored by the majority of researchers in the industry.
A Piston Pin , a cylindrical pin mounted on the skirt of the piston, passes through the small hole in the middle of the connecting rod and is used to connect the piston and the connecting rod, passing the gas force on the piston to the connecting rod. It is usually made of high quality alloy steel and made hollow.
Piston pin materials are generally low carbon steel or low carbon alloy steel, such as 20, 20 mn, 15Cr, 20 cr or 20 MNV. The outer surface is hardened by carburizing and then refined and polished. This not only improves the surface hardness and abrasion resistance, but also ensures high strength and impact toughness.
We produce various piston pins:
2. Car Piston Pin
4. Ship Piston Pin
5. Train Piston Pin
6.Agricultural Machinery Piston Pin
7.Construction Machinery Piston Pin
Piston Pin Piston Pin,Piston Pin Puller,Piston Pin Bushing,Piston Pin Tool Hebei Zhonghai Shipping Accessories Manufacturing Co., Ltd. , https://www.zhonghaiship.com