Air Drum
★Exhibit Content: Gas pressure and object resonance phenomena ★Interaction: Mechanical interaction ★Operation: View the graphics and text to understand the interaction method of the exhibit. Adjust the air cannon, aim at the sequins, strike the drum surface forcefully, and observe the changes in the sequins. ★Exhibit Description: The exhibit features two air cannons of different sizes. Visitors strike the drum surface to generate a flowing wind. The flowing wind can blow the sequins suspended above, making them move. Participants can compare the airflow intensity produced by air cannons of different diameters. Adjust the direction of the air cannon, strike the drum surface, and compare the resulting wind direction. ★Scientific Principle: The barrel of the air cannon has only a small hole at the launch end, and the other parts are tightly sealed. When the drumhead is struck, the space inside the barrel instantly decreases, and the air inside is compressed, forming an accelerated airflow. The higher-speed airflow rapidly ejects from the small hole, while the airflow around the small hole is originally slower, so the higher-speed airflow rolls back to form an 'air ring'. When the barrel is aimed at the flashing sequins, the high-speed ejected 'air ring' makes the flashing sequins flutter.
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- 2.5*1.2*2.1m 2.5*1.2*2.1mExhibition Dimensions (Unit: m): 2.5*1.2*2.1m Brand: KexMall Model: PopsciCat-mechanics-088 1. Materials: ① Base: Carbon steel ② Instruction Sign: Acrylic UV printing 2. Main Components: ① Hollow drum*2 ② Metal disc ③ Drum stand 3. Installation Requirements: ① Energy Requirement: None ② Installation Foundation: On-site installation, fixed with bolts on wall and floor ③ Entry Passage: Door frame size (W×H) ≧1.5m×2.0m, continuous turning interval ≧3m ④ Maintenance Access: Not required
★Exhibit Content: Gas pressure and object resonance phenomena ★Interaction: Mechanical interaction ★Operation: View the graphics and text to understand the interaction method of the exhibit. Adjust the air cannon, aim at the sequins, strike the drum surface forcefully, and observe the changes in the sequins. ★Exhibit Description: The exhibit features two air cannons of different sizes. Visitors strike the drum surface to generate a flowing wind. The flowing wind can blow the sequins suspended above, making them move. Participants can compare the airflow intensity produced by air cannons of different diameters. Adjust the direction of the air cannon, strike the drum surface, and compare the resulting wind direction. ★Scientific Principle: The barrel of the air cannon has only a small hole at the launch end, and the other parts are tightly sealed. When the drumhead is struck, the space inside the barrel instantly decreases, and the air inside is compressed, forming an accelerated airflow. The higher-speed airflow rapidly ejects from the small hole, while the airflow around the small hole is originally slower, so the higher-speed airflow rolls back to form an 'air ring'. When the barrel is aimed at the flashing sequins, the high-speed ejected 'air ring' makes the flashing sequins flutter.
- 1.5*1.5*2.1m 1.5*1.5*2.1mExhibition Dimensions (Unit: m): 1.5*1.5*2.1m Brand: KexMall Model: PopsciCat-mechanics-089 1. Materials: ① Base: Carbon steel ② Instruction Sign: Acrylic UV printing 2. Main Components: ① Hollow drum*1 ② Metal disc ③ Drum stand 3. Installation Requirements: ① Energy Requirement: None ② Installation Foundation: On-site installation, fixed with bolts on wall and floor ③ Entry Passage: Door frame size (W×H) ≧1.5m×2.0m, continuous turning interval ≧3m ④ Maintenance Access: Not required
★Exhibit Content: Gas pressure and object resonance phenomena ★Interaction: Mechanical interaction ★Operation: View the graphics and text to understand the interaction method of the exhibit. Adjust the air cannon, aim at the sequins, strike the drum surface forcefully, and observe the changes in the sequins. ★Exhibit Description: The exhibit features two air cannons of different sizes. Visitors strike the drum surface to generate a flowing wind. The flowing wind can blow the sequins suspended above, making them move. Participants can compare the airflow intensity produced by air cannons of different diameters. Adjust the direction of the air cannon, strike the drum surface, and compare the resulting wind direction. ★Scientific Principle: The barrel of the air cannon has only a small hole at the launch end, and the other parts are tightly sealed. When the drumhead is struck, the space inside the barrel instantly decreases, and the air inside is compressed, forming an accelerated airflow. The higher-speed airflow rapidly ejects from the small hole, while the airflow around the small hole is originally slower, so the higher-speed airflow rolls back to form an 'air ring'. When the barrel is aimed at the flashing sequins, the high-speed ejected 'air ring' makes the flashing sequins flutter.
Review
Principle Display: ★★★★ Interaction Effect: ★★★★★ Ease of Installation: ★★★★ Durability: ★★★★ Overall Rating: ★★★★