The Secret of Snowflakes
Kids' Zone · Interactive
- DimensionsSubject to on-site plan
- PresentationInteractive
- PricingQuoted by manufacture spec
Purpose & Scientific Principle
The exhibition allows the audience to understand how snowflakes are formed through electromechanical interaction and multimedia interaction, and cultivate their mathematical logical thinking and natural cognition.
How to Operate
The exhibits consist of computers, projectors, cameras, assembly blocks, modeling platforms, kaleidoscopes, electronic control systems, etc.
The audience took out the splicing blocks from the stage and pieced together one-sixth of the snowflake. Keep the spliced puzzle pieces without moving for 3 seconds, and the scanner will automatically capture the pattern signal and send it to the computer for pattern analysis. The analyzed snowflake pattern is projected onto the exhibition wall through a projector.
Viewers can also watch the kaleidoscope and rotate it to enjoy the beautiful transformations of the shapes.
Snowflakes are formed when water vapor in the air condenses. Under normal circumstances, water vapor condenses into water first and then freezes. Snowflakes are formed directly from water vapor condensation. It looks like the snowflakes are white. In fact, snow is ice crystals, and ice crystals are colorless and transparent. But each side of it is like a small mirror, and its ability to reflect light is very strong, so it appears white. The largest diameter of snowflakes is more than 2 mm. The common heavy snow we see is the kind of snow that seems to be formed when many snowflakes stick together during the falling process.
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