Slow Bubbles

Force & Mechanics

★Exhibit Content: Liquid viscosity, bubble motion patterns ★Interaction: Mechanical interaction ★Operation: 1. Visitors approach the exhibit and read the operation instructions; 2. Press the air pump to inject air into the bottom of the container; 3. Observe the rising speed and volume changes of bubbles in different liquids, and compare the differences. ★Exhibit Description: The exhibit consists of a display stand, transparent acrylic bubble tubes, piston-type air pumps, and silicone oil liquids of different concentrations. By operating the air pump, visitors inject bubbles into the bottom of liquid containers with different densities, intuitively observing the differences in bubble rising speed in liquids of different viscosities, as well as the phenomenon that bubbles gradually increase in volume as pressure decreases during ascent. ★Scientific Principle: The movement of bubbles in liquid is significantly affected by liquid viscosity: in low-viscosity liquids (such as water), bubbles rise quickly and easily burst at the water surface; while in high-viscosity thick liquids, bubbles rise extremely slowly and have higher internal pressure. At the same time, as bubbles rise, with decreasing depth, the surrounding liquid pressure gradually decreases, and the bubble volume gradually expands due to changes in the pressure difference between inside and outside.

Options

• 1.5×1.5×1.7m 1.5×1.5×1.7m
  Dimensions: 1.5×1.5×1.7m Brand: KexMall Model: PopsciCat-mechanics‌-200 1. Materials ① Display stand: Main body 30mm×1.5mm square tube welded frame, 1.5mm cold-rolled sheet welded edging; tabletop 12mm Kelesi artificial stone + 9mm flame-retardant board; surface treated with automotive baking paint process ② Bubble tubes: 3 sets of transparent acrylic, safe and transparent, easy to observe ③ Air pump: 3 sets of piston-type air pumps, durable and stretch-resistant ④ Liquid: Custom concentration silicone oil, different viscosity specifications ⑤ Instruction sign: Main body 5mm transparent acrylic CNC cut, backside high-definition laser UV printing 2. Main configuration ① 3 sets of piston-type air pumps ② 3 types of silicone oil liquids of different concentrations ③ 3 transparent acrylic bubble tubes 3. Installation requirements ① Energy requirement: None ② Installation method: Floor placement, direct placement ③ Entry passage: Door frame size (width×height) ≥1.7m×1.9m, continuous turning interval in passage ≥2.5m ④ Maintenance access: Not required

  ★Exhibit Content: Liquid viscosity, bubble motion patterns ★Interaction: Mechanical interaction ★Operation: 1. Visitors approach the exhibit and read the operation instructions; 2. Press the air pump to inject air into the bottom of the container; 3. Observe the rising speed and volume changes of bubbles in different liquids, and compare the differences. ★Exhibit Description: The exhibit consists of a display stand, transparent acrylic bubble tubes, piston-type air pumps, and silicone oil liquids of different concentrations. By operating the air pump, visitors inject bubbles into the bottom of liquid containers with different densities, intuitively observing the differences in bubble rising speed in liquids of different viscosities, as well as the phenomenon that bubbles gradually increase in volume as pressure decreases during ascent. ★Scientific Principle: The movement of bubbles in liquid is significantly affected by liquid viscosity: in low-viscosity liquids (such as water), bubbles rise quickly and easily burst at the water surface; while in high-viscosity thick liquids, bubbles rise extremely slowly and have higher internal pressure. At the same time, as bubbles rise, with decreasing depth, the surrounding liquid pressure gradually decreases, and the bubble volume gradually expands due to changes in the pressure difference between inside and outside.

• 2.0×1.0×2.0m 2.0×1.0×2.0m
  Dimensions: 2.0×1.0×2.0m Brand: KexMall Model: PopsciCat-mechanics‌-201 1. Materials ① Display stand: Main body 30mm×1.5mm square tube welded frame, 1.5mm cold-rolled sheet welded edging; tabletop 12mm Kelesi artificial stone + 9mm flame-retardant board; surface treated with automotive baking paint process ② Bubble tubes: 2 sets of transparent acrylic, safe and transparent, easy to observe ③ Air pump: 2 sets of piston-type air pumps, durable and stretch-resistant ④ Liquid: Custom concentration silicone oil, different viscosity specifications ⑤ Instruction sign: Main body 5mm transparent acrylic CNC cut, backside high-definition laser UV printing 2. Main configuration ① 2 sets of piston-type air pumps ② 2 types of silicone oil liquids of different concentrations ③ 2 transparent acrylic bubble tubes 3. Installation requirements ① Energy requirement: None ② Installation method: Floor placement, direct placement ③ Entry passage: Door frame size (width×height) ≥1.7m×1.9m, continuous turning interval in passage ≥2.5m ④ Maintenance access: Not required

  ★Exhibit Content: Liquid viscosity, bubble motion patterns ★Interaction: Mechanical interaction ★Operation: 1. Visitors approach the exhibit and read the operation instructions; 2. Press the air pump to inject air into the bottom of the container; 3. Observe the rising speed and volume changes of bubbles in different liquids, and compare the differences. ★Exhibit Description: The exhibit consists of a display stand, transparent acrylic bubble tubes, piston-type air pumps, and silicone oil liquids of different concentrations. By operating the air pump, visitors inject bubbles into the bottom of liquid containers with different densities, intuitively observing the differences in bubble rising speed in liquids of different viscosities, as well as the phenomenon that bubbles gradually increase in volume as pressure decreases during ascent. ★Scientific Principle: The movement of bubbles in liquid is significantly affected by liquid viscosity: in low-viscosity liquids (such as water), bubbles rise quickly and easily burst at the water surface; while in high-viscosity thick liquids, bubbles rise extremely slowly and have higher internal pressure. At the same time, as bubbles rise, with decreasing depth, the surrounding liquid pressure gradually decreases, and the bubble volume gradually expands due to changes in the pressure difference between inside and outside.

• 2.2×1.0×2.2m 2.2×1.0×2.2m
  Dimensions: 2.2×1.0×2.2m Brand: KexMall Model: PopsciCat-mechanics‌-202 1. Materials ① Display stand: Main body 30mm×1.5mm square tube welded frame, 1.5mm cold-rolled sheet welded edging ② Bubble tubes: 3 sets of transparent acrylic, safe and transparent, easy to observe ③ Air pump: 3 sets of piston-type air pumps, durable and stretch-resistant ④ Liquid: Custom concentration silicone oil, different viscosity specifications ⑤ Instruction sign: Main body 5mm transparent acrylic CNC cut, backside high-definition laser UV printing 2. Main configuration ① 3 sets of piston-type air pumps ② 3 types of silicone oil liquids of different concentrations ③ 3 transparent acrylic bubble tubes 3. Installation requirements ① Energy requirement: None ② Installation method: Floor placement, direct placement ③ Entry passage: Door frame size (width×height) ≥1.7m×1.9m, continuous turning interval in passage ≥2.5m ④ Maintenance access: Not required

  ★Exhibit Content: Liquid viscosity, bubble motion patterns ★Interaction: Mechanical interaction ★Operation: 1. Visitors approach the exhibit and read the operation instructions; 2. Press the air pump to inject air into the bottom of the container; 3. Observe the rising speed and volume changes of bubbles in different liquids, and compare the differences. ★Exhibit Description: The exhibit consists of a display stand, transparent acrylic bubble tubes, piston-type air pumps, and silicone oil liquids of different concentrations. By operating the air pump, visitors inject bubbles into the bottom of liquid containers with different densities, intuitively observing the differences in bubble rising speed in liquids of different viscosities, as well as the phenomenon that bubbles gradually increase in volume as pressure decreases during ascent. ★Scientific Principle: The movement of bubbles in liquid is significantly affected by liquid viscosity: in low-viscosity liquids (such as water), bubbles rise quickly and easily burst at the water surface; while in high-viscosity thick liquids, bubbles rise extremely slowly and have higher internal pressure. At the same time, as bubbles rise, with decreasing depth, the surrounding liquid pressure gradually decreases, and the bubble volume gradually expands due to changes in the pressure difference between inside and outside.

Review

Principle Display: ★★★★ Interaction Effect: ★★★★ Ease of Installation: ★★★★★ Durability: ★★★★ Overall Rating: ★★★★

Browse all exhibits