What are the research methods of biomimicry and what does biomimicry study?

1. A very peculiar small gas analyzer has been successfully imitated by a nasty fly, which has been installed in the cockpit of a spacecraft to detect the composition of the gas in the cabin.

2. From fireflies to artificial cold light.

3. Volt batteries were invented based on electric fish.

4. The downwind ears of jellyfish, imitating the structure and function of jellyfish ears, design the jellyfish ear storm instrument, which can forecast the storm 15 hours in advance, which is of great significance to the safety of navigation and fishery.

5. According to the visual principle of the frog's eye, people have successfully developed an electronic frog's eye, which can accurately identify objects of a specific shape like a real frog's eye.

6. According to the principle of the bat ultrasonic locator, people also imitated the "pathfinder" used by the blind, which is equipped with an ultrasonic transmitter, and the blind can find electric poles, steps, people on the bridge, etc., and now, the "ultrasonic glasses" with similar effects have also been made.

7. The incomplete photosynthesis device that simulates cyanobacteria will be designed to bionic photolysis of water, so that a large amount of hydrogen can be obtained.

8. According to the research on the human bone muscular system and bioelectric control, a human enhancement device - walking machine has been imitated.

9. The hooks of modern cranes originated from the paws of many animals.

10. The roof corrugated imitates the scale armor of animals.

1. Flies, successfully imitated a very peculiar small gas analyzer. It has been installed in the cockpit of a spacecraft to detect the composition of the gases in the cabin.

2. According to the visual principle of frog eye, an electronic frog eye was successfully developed. This electronic frog eye can identify objects of a specific shape with the same accuracy as a real frog eye.

3. The Sidewinder missile is a modern development developed by scientists to imitate the snake's "hot eye" function and the principle that its tongue is arranged with a natural infrared perception ability similar to a camera device.

4. Termites not only use adhesive to build their mounds, but they can also spray adhesive at enemies through the tubules of their heads. So people made a working ** according to the same principle - a dry rubber cannonball.

5. People simulate the organs of sea stingers to feel infrasound waves, and successfully design an accurate "jellyfish ear" instrument. It consists of a horn, a resonator that receives infrasound waves, a converter that converts this vibration into an electrical impulse, and an indicator. The instrument is mounted on the foredeck of the ship, and the horn is rotated 360°.

When it receives an infrasound wave of 8 Hz to 13 Hz, the rotation stops, and the direction indicated by the horn is the direction in which the storm is coming. Indicators can also tell people about the intensity of the storm. This instrument can predict storms about 15 hours in advance.

6. At the beginning of the 19th century, the Italian physicist Volt designed the world's earliest voltaic battery based on the electric fish power generation organ as a model. Because this battery is designed based on the natural generator of electric fish, it is called "artificial electric organ". The study of electric fish also gives people such enlightenment:

If we can successfully imitate the power generation organ of an electric fish, then the power problem of ships and submarines can be well solved.

The achievements of bionics include: vibrating gyroscopes, radars, airplanes, artificial cold light, voltaic batteries, thin-shell buildings, electronic frog eyes, aerospacecraft, camouflage uniforms, etc.

Biomimicry is a discipline that is both old and young. People study the principles of the structure and function of living things, and invent new equipment, tools and technologies based on these principles, and create advanced technologies suitable for production, study and life. It is a discipline that imitates the special ability of biology and uses the structural and functional principles of biology to develop machinery or various new technologies.