The 3051D photosynthesis instrument is one of the advanced instruments for the determination of photosynthesis instruments, and is widely used in the lateral determination of photosynthetic rate indicators in crops, fruit trees, and trees. However, due to its strong proceduralization and complex structure, improper use not only affects the side effects, but also makes it difficult to display its versatility. Through the experience of the 3051D photosynthetic apparatus in recent years and the specific operation, its use technology and method are introduced.
Environmental factor indicators include leaf temperature, effective (net) photosynthesis rate, stomatal conductance, stomatal resistance, and C concentration in the leaf cavity. However, important parameters such as transpiration rate, water use efficiency, and vapor pressure difference are not given in the Li6200 system. The calculation, channel setting, and code representation of these three are supplemented in order to fully utilize the functions of the 3051D photosynthesis instrument.
The new system configuration of the 3051D Photosynthesis System adds a Li670 airflow control unit and a Li610 portable Linde generator, which makes the Li6200 system an open-loop system with continuous air flow, which increases the state-of-the-art capability. LiolO is used to provide user-selectable textures to the leaf chambers, while the defects can be adjusted within the temperature range of 000 and Rose (up to 50Oc), ​​which improves the leaf chamber interior and is more natural. In this preparation, a 610-103 digital pressure gauge is used to measure the pressure difference between the side Li610 condenser and the actual inlet chamber air flow. The air inlet vapor pressure into the leaf chamber is measured by Li620O from the Li6io and 610-03 simulation chambers. t calculations, they are collected by the Li62OO host's additional Han channels.
Another more complete system for the 3051D Photosynthesis System is Li670, Li6io.Li6262 and Li620o, which is a standard open-loop system with high accuracy. Because the rate of change of the moisture and C-complex flow is Li tire 62 in the opposite mode side t, the absolute pumping of C-molecules by Li6200 absolute mode is continuous t, and the water-swept vapor mole fraction t is set by Li610.
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Compared with other crushers, the single shaft crusher has a larger crushing chamber. Widely used in wood chips, straw, straw and other fiber materials crushing.
The motor and rotor are installed in the same heavy-duty base, using coupling direct drive, rotor passes accurate dynamic balancing test, the hammers are arranged symmetrically.
Unique Feeding Design, the feeding inlet is made on the top of the machine to make feeding easily.
The shell is welded by steel plate, the site in the crush room which connects to the materials all use the wearable and commutative parts and double wear plate.
Hammers adopts special abrasion resistent treatment technology, extend its lifetime greatly.
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