Who knows what kind of non Newtonian fluid liquid silicone rubber belongs to? 100

What is Silicone Rubber? Silicone rubber is a special synthetic elastomer formed by mixing linear polysiloxane with reinforcing filler and vulcanizing under heating and pressure conditions. It offers a perfect balance of mechanical and chemical properties to meet the requirements of many of today's demanding applications.

Silicone rubber excels in the following areas: High and low temperature stability Inert (odorless and odorless) Transparent and easy to color Wide hardness range, 10-80 shore hardness Chemical Resistance Weather Resistance Sealing performance Electrical properties Compression set resistance In addition to these excellent properties, silicone rubber is particularly easy to manufacture compared to conventional organic elastomers. Silicone rubber flows easily, so it can be molded, calendered, and extruded with low energy consumption.

Easy processing means high productivity. Silicone rubber is available in the form of rubber compounds:

This ready-to-use material can be colored and catalyzed depending on your processing equipment and end use. Base material. What is Silicone Rubber?

Silicone rubber is a special synthetic elastomer formed by mixing linear polysiloxane with reinforcing filler and vulcanizing under heating and pressure conditions. It offers a perfect balance of mechanical and chemical properties to meet the requirements of many of today's demanding applications. Silicone rubber excels in the following areas:

High and low temperature stability Inert (odorless and odorless) Transparent and easy to color Wide hardness range, 10-80 shore hardness Chemical Resistance Weather Resistance Sealing performance Electrical properties Compression set resistance In addition to these excellent properties, silicone rubber is particularly easy to manufacture compared to conventional organic elastomers. Silicone rubber flows easily, so it can be molded, calendered, and extruded with low energy consumption. Easy processing means high productivity.

Silicone rubber is available in the following forms: Rubber Compound: This ready-to-use material can be colored and catalyzed depending on your processing equipment and end use.

Base material.

Non-Newtonian fluids refer to fluids that do not satisfy Newton's experimental laws of viscosity, that is, fluids that do not have a linear relationship between their shear stress and shear strain rate. Non-Newtonian fluids are widely found in life, production, and nature. The vast majority of biofluids are now defined as non-Newtonian fluids.

A variety of bodily fluids such as blood, lymph, and sac fluid, as well as "semi-fluids" such as cytoplasm, are non-Newtonian fluids.

What are non-Newtonian fluids? Standing in a non-Newtonian fluid pool, everyone can float on the water.

1. The vast majority of biofluids are now defined as non-Newtonian fluids. A variety of bodily fluids such as blood, lymph, and sac fluid, as well as "semi-fluids" such as cytoplasm, are non-Newtonian fluids.

2. The concentrated solution and suspension of polymer are generally non-Newtonian fluids. Polyethylene, polyacrylamide, polyvinyl chloride, nylon 6, PVS, celluloid, polyester, rubber solution, various engineering plastics, chemical fiber melts, solutions, etc., are all non-Newtonian fluids. Petroleum, mud, coal-water slurry, ceramic pulp, paper pulp, paint, ink, toothpaste, silk regeneration solution, well washing and completion fluid for drilling, magnetic slurry, coating of certain photosensitive materials, foam, liquid crystal, high sand water flow, debris flow, mantle, etc. are also non-Newtonian fluids.

3. Tomato juice, starch liquid, egg white, apple pulp, concentrated sugar water, soy sauce, jam, condensed milk, agar, potato pulp, melted chocolate, dough, rice flour ball, and various myme-like food materials such as surimi and minced meat are also non-Newtonian fluids.

Look at Happy Camp, right? To put it bluntly, one of the biggest characteristics of a non-Newtonian fluid is that the more force you use, the closer the fluid is to the non-fluid (i.e., solid). Batter is a type of non-Newtonian fluid.

A 2:1 batter and water will do.

It's simple and fun to do.

There is a tutorial on Meipai, add starch with salt and water, and the salt should be a little less.

Regarding the first question, the encyclopedia has an answer.

As for the second question, you can use batter.

Brother stir-fry often plays with this, artichoke powder can be used, and it can be bought in supermarkets.

Mix with cornstarch and water to make a paste. I saw it on TV, so give it a try.

The same goes for your blood. I guess I've been making it all along. 0 0

This depends on what kind of liquid it is, and non-Newtonian fluids are fluids with different resistance depending on the acceleration at the time of contact.

In some martial arts films, you will often see those martial arts masters, who can climb the Ping to cross the water, and now there is a fluid to satisfy your dream of floating on the water, it is a non-Newtonian fluid, it will be stronger than steel when it is strong, bullets can't penetrate, if you gently poke your fingers to break.

A non-Newtonian fluid is like water when gently touched, and if it is suddenly subjected to a large force, it hardens and then returns to its original state. Whereas liquids do not, this is the most obvious difference.

Other differences:1Jet swelling (also known as the Barus effect, or Merrington effect).

If a non-Newtonian fluid is forced from a large container into a capillary tube and then out of the capillary, the diameter of the jet is larger than that of the capillary. The ratio of the diameter of the jet to the diameter of the capillary is called the mold expansion rate (or extrudate expansion ratio).

2.The pole climbing effect (also known as the Weissenberg effect).

In 1944, Weissenberg publicly performed an interesting experiment at Imperial College London, England: rotating an experimental rod in a beaker with a viscoelastic fluid (a non-Newtonian fluid). For Newtonian fluids, the liquid level will be concave due to centrifugal force; In the case of viscoelastic fluids, however, they flow towards the center of the cup and climb up the rod, turning the liquid surface convex, which can be observed even at very low rod rotation speeds.

3.Turbulent drag reduction (also known as the TOMS effect).

Another wonderful property exhibited by non-Newtonian fluids is turbulent drag reduction. It has been observed that if a small amount of polymer is added to a Newtonian fluid, a significant differential pressure drop can be seen at a given rate.

According to reports, it has been reported recently that there is a way to achieve light power floating on the fly Newtonian fluid, and you can run directly on the water.

According to the report, non-Newtonian fluids, the surface looks no different from ordinary liquid substances, but it will show another state under special circumstances, non-Newtonian fluids refer to fluids that meet Newton's viscous experimental laws, that is, the fluid with a non-linear relationship between its shear stress and shear strain rate.

Experts say that non-Newtonian fluids are simply like water when touched lightly, and if you hit them hard, they are as hard as stones, and they themselves are a guy who eats soft and not hard. This non-Newtonian fluid is also widely found in life, production and nature.

It is reported that a few days ago, a company invented a liquid speed bump based on this non-Newtonian liquid, when the vehicle passes slowly, it will hardly feel the bump, but if it passes quickly, it will resist the vehicle like an ordinary speed bump to achieve the effect of forced deceleration.

It is hoped that related technologies can be applied to life as soon as possible.

Newtonian fluid refers to a low-viscosity fluid that is easily deformed after being stressed, and the shear stress is proportional to the deformation rate. Anything that is different from a Newtonian fluid is called a non-Newtonian fluid.

What are non-Newtonian fluids? Standing in a non-Newtonian fluid pool, everyone can float on the water.