FIELD: study of the properties of particles.
SUBSTANCE: stand uses a completely transparent soaring tube of the same cross section along the entire length, and the soaring velocity is measured using a Pitot-Prandtl tube, freely moving along the cross-sectional plane of the soaring pipe, which makes it possible to measure the air velocity in various airflow points.
EFFECT: increase in the accuracy and efficiency of measuring the terminal velocity of bulk materials.
1 cl, 1 dwg
| Title | Year | Author | Number |
|---|---|---|---|
| STAND FOR DETERMINING THE TERMINAL VELOCITY OF BULK MATERIALS | 2023 |
|
RU2799953C1 |
| PNEUMATIC LABORATORY UNIT FOR RESEARCHING SUCTION RATE OF PEAT CHIPS | 2020 |
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RU2760605C1 |
| PLANT FOR INVESTIGATING THE AIR DYNAMICS OF PNEUMATIC CONVEYING OF MATERIALS | 0 |
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SU765146A1 |
| AERODYNAMIC INSTALLATION | 0 |
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| GEAR MEASURING SPEED OF DUST-CARRYING GAS FLOW | 2000 |
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| POWER PLANT | 1989 |
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| AERODYNAMIC BED FOR INVESTIGATING ASPIRATION OF MOBILE OBJECTS | 0 |
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| PNEUMATIC SEPARATOR | 1990 |
|
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| AUTOMATED MEASURING COMPLEX FOR DETERMINING THE HYDROGASDYNAMIC CHARACTERISTICS OF SWIRLING FLOWS IN DEVICES WITH NARROW ANNULAR CHANNELS OF VARIABLE CROSS-SECTION | 2021 |
|
RU2780012C1 |
