"Countercurrently" Example Sentences
1. The fish swim countercurrently to maintain their position.
2. The wind was blowing countercurrently to the ocean current.
3. The conveyor belt moved countercurrently to the assembly line.
4. The birds flew countercurrently to the wind direction.
5. The river flowed countercurrently towards the source.
6. The cyclist pedaled countercurrently to the wind.
7. The diver swam countercurrently to reach the surface faster.
8. The water in the tank circulated countercurrently to prevent settling.
9. The electricity flowed countercurrently in the circuit.
10. The train moved countercurrently to the other trains on the tracks.
11. The boat sailed countercurrently towards the shore.
12. The traffic moved countercurrently to the flow of pedestrians.
13. The air flowed countercurrently in the ventilation system.
14. The cars drove countercurrently on the spiral ramp.
15. The fisherman cast his line countercurrently to the stream.
16. The ants marched countercurrently to raid the colony.
17. The children ran countercurrently to create a whirlpool in the pool.
18. The waterfall cascaded countercurrently to the slope.
19. The skiers raced countercurrently down the parallel slopes.
20. The athletes ran countercurrently in the relay race.
21. The river split countercurrently around the island.
22. The paint dripped countercurrently on the canvas.
23. The scuba diver kicked countercurrently to avoid stirring up sediment.
24. The windmills turned countercurrently to the wind direction.
25. The fish tanks were connected countercurrently to maintain consistent temperature.
26. The paper fed countercurrently through the printer.
27. The athletes swam countercurrently in the lap pool.
28. The blades of the fan turned countercurrently to create a breeze.
29. The hot and cold air mixed countercurrently in the thermostat.
30. The stream flowed countercurrently to the tributary.
Common Phases
- The exchange of substances occurs
countercurrently; this ensures maximum efficiency.
- The blood flow and water flow move
countercurrently; this helps maintain a concentration gradient.
- The cooling tower operates by
countercurrently passing air and water through it; this maximizes the heat transfer.
- The Fisher-Tropsch process utilizes gas and liquid streams that flow
countercurrently; this enhances the conversion of gas to liquid fuels.
- The regenerative heat exchanger transfers heat
countercurrently between the hot and cold fluids; this minimizes heat loss.