A low-pressure gas atmosphere simulator
A simulation device and low-pressure gas technology, applied in the field of environmental simulation experiments, can solve the problems of difficult procurement of standard gas and high cost, and achieve the effects of improving temperature control efficiency and accuracy, improving efficiency and increasing contact area.
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Embodiment 1
[0027] Example 1: The low pressure gas atmosphere simulation device of the present embodiment includes a vacuum chamber, a molecular sieve suction agent 1, a gas source compartment 2, a gas source compartment cover 3, and a temperature control element 4;
[0028] Among them, the gas source compartment 2 is located in the vacuum chamber, and there is a groove inside the gas source compartment 2 for placing a molecular sieve suction agent 1, and the molecular sieve adsorbent 1 is adsorbent to adsorbent the liquid agent to be simulated. The air source compartment 2 is placed at the top of the air supply compartment 2; the bottom portion of the gas source cabin 3 is gap with the top of the recess; the gas source cabin 3 is opened in the center of the air supply for ventilation The temperature control element 4 is used to control the temperature of the heated gas supply tank 2 in the set range. The overall profile structure of the air source bodies such as figure 1 Down, stereo figure ...
Embodiment 2
[0030] Example 2: A methanol gas environment simulation device, such as Figure 4 Indicated. Includes main vacuum chamber 7, air supply compartment 8, pumping system 9, mass spectrometer 10, tablet valve 11, and sub vacuum chamber 12.
[0031] Using the main and sub-vacuum chamber structure to avoid the main vacuum chamber to expose the atmosphere and keep cleanliness. Wherein, the pumping system 9 is used to vacuum the main vacuum chamber 7 and the sub vacuum chamber 12, the mass spectrometer 10 is used to measure the methanol gas partial pressure; the sheet valve 11 is connected to the main vacuum chamber 7 and the sub vacuum chamber 12, Used to deliver the air supply compartment 8 into the main vacuum chamber 7, the gas source compartment 8 is initially placed in the sub vacuum chamber 12.
[0032] Molecular sieving adhesive 1 uses specifications: 5A. The obtained mode is: the molecular sieve is suggested in the methanol liquid, stirred, and after about 5 min, then the molecular...
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