In the current ecology research, the application of the instrument is very common. For example, in the determination of the leaf surface volumetric water content of the plant, the application of the leaf surface humidity sensor will bring a lot of convenience to the research work. In terms of significance, the most important role of the leaf surface moisture sensor for measuring the volumetric water content of the leaf surface of plants is to understand the growth and development of the crops and to guide disease prevention and control.
It is understandable to use the leaf surface humidity sensor to study the growth and development of crops. This is because the leaf surface humidity sensor measures the volumetric water content of the leaf surface of the plant, that is, the physiological characteristics of the plant. Therefore, it is understandable to study the growth condition of the plant. However, it is probably not easy to understand for most people.
Originally, the volumetric water content on the leaf surface of plants is not only a physiological characteristic of the plant, but its content also has an important influence on the leaf-infesting bacteria. For example, during the infection of a pathogen, if the surface of the leaf is completely wet, it is beneficial to the invasion of the bacteria. dye. Once the bacteria infested, the structure of the foliage will be damaged, and the wetting performance needs to be taken into account in the impact on the retention of pesticide droplets for controlling pests and diseases. It can be seen that the determination of the leaf surface humidity sensor can allow ecologists to clearly guide the current state of the crop and determine whether it has the risk of infection or disease.
At present, the use of new scientific instruments such as foliar humidity sensors is the micro-foundation for recognizing the relationship between plant interfaces. It is of great significance to understand the ecological functions of plant foliage. In the end, the results of the determination of the leaf surface humidity sensor and the analysis results are all intended to prepare for the development of precision agriculture. The exploration of the physiological characteristics of the plant itself and the relationship between it and the environment are also the basis of real-time precision agriculture, which helps to improve the level of science and technology and refinement of modern agriculture as soon as possible.
The function of the crank-connecting rod mechanism of Car Engine System is to provide a place for combustion, which changes the expansion pressure of the gas acting on the top of the piston after burning the fuel into the torque of the crankshaft rotation, and continuously outputs power. It is generally composed of three parts: body block, piston connecting rod group and crankshaft flywheel group.
The function of the crank-connecting rod mechanism is to provide a place for combustion, which changes the expansion pressure of the gas acting on the top of the piston after burning the fuel into the torque of the crankshaft rotation, and continuously outputs power. Crank and connecting rod mechanism is the main moving part for the Car Engine to realize the working cycle and complete the energy conversion. In the working stroke, it converts the reciprocating motion of the thermal piston produced by fuel system combustion and the rotation of the crankshaft into mechanical energy and outputs power to the outside world; in other strokes, it relies on the rotating inertia of the crank and the flywheel to drive the piston up and down through the connecting rod, creating conditions for the next work.
Crank Connecting Rod Mechanism
Crank Connecting Rod Mechanism,Haval Crankshaft Assembly SMD346026,Auto Engine Crank Mechanism Con Connecting Rod
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