What is Field Metal and what is a Liquid Metal Robot?

It is a metal whose melting temperature is much lower than that of ordinary metals. In liquid metals, there are single elements such as mercury that are originally in liquid form, but when used as thermal conductive agents, they are usually alloyed from various elements. Among them, Field Metal (field"S metal) is also liquid at 62 to 1700 degrees Celsius.

The Chinese explanation is as follows: Field Metal, named after Simon Quiling Field. It becomes liquid at 62 degrees Celsius and is flammable.

It is a eutectic alloy of bismuth, indium tin, and indium tin. The ratio of the three in weight is 51 and because it does not contain lead cadmium it is a non-toxic alternative to Wood metal. Mainly used for die casting, casting mold.

Field Metal, named after Simon Quiling Field . It becomes liquid at 62 degrees Celsius and is flammable. It is a eutectic alloy of three metals: bismuth, indium and tin. The proportion of the three in weight is5 。

A professional metal name, similar to wood's metal wood alloy.

The Chinese explanation is as follows: Field Metal, named after Simon Quiling Field. It becomes liquid at 62 degrees Celsius and is flammable.

It is a eutectic alloy of bismuth, indium tin, and indium tin. The ratio of the three in weight is 51 and because it does not contain lead cadmium it is a non-toxic alternative to Wood metal. Mainly used for die casting, casting mold.

"Liquid metal" refers to an amorphous metal, which can be seen as a mixture of positive ionic fluid and free electron gas. Liquid metal forming process and control, hydraulic characteristics and flow conditions of liquid metal filling process, the filling process has a great impact on the quality of castings, and various defects that may be caused, such as cold separation, insufficient pouring, inclusions, porosity, sand inclusion, sand sticking, etc., are all produced under the unfavorable condition of liquid metal filling. Properly designing the gating system so that the liquid metal fills the cavity smoothly and reasonably plays an important role in ensuring the quality of the casting.

Liquid metal technology's liquid metal alloy materials have a unique amorphous molecular structure, which is very different from the crystalline structure of conventional metals, which is closer to glass.

Liquid metal is characterized by low melting point, superior shaping ability, high yield strength, high hardness, excellent strength-to-weight ratio, ultra-high elastic limit, corrosion resistance, high wear resistance and unique acoustic properties. Its biggest advantages are high plasticity, high strength and high hardness.

It is a mixture of zirconium, titanium, nickel, copper, and other materials that make up a unique material that is resistant to damage, and is called liquid because of its low melting point. This new material has a unique amorphous molecular structure that is very different from that of conventional metals. In addition to the low melting point, the biggest advantage is the ability to shape after melting, due to the fact that the physical properties of its solidification process are completely different from ordinary metals, making its casting process more similar to plastic than metal, and can be used in a similar way to blow molding, which greatly improves the precision, while the surface feels as smooth as a liquid.

On March 26, 2015, it was learned from the Chinese Academy of Sciences that the joint research team of the Technical Institute of Physics and Chemistry of the Chinese Academy of Sciences and the School of Medicine of Tsinghua University recently published a research on deformable liquid metal machines in overseas academic journals, which was quickly reported by many well-known scientific journals around the world, causing a warm response.

The second is in the Schwarsinger movie Terminator, where Schwarsinger plays the T800, not liquid metal. It is a human-based, pain-sensitive solid robot, and the T1000 robot that appeared in Terminator 2 is a liquid metal robot that can turn its body into various tools. Even if it is smashed to pieces by the freeze, it will recover when the temperature rises.

The same goes for the robots that appear in Terminator 3. And it's more powerful.

Haven't seen Terminator 2 or 3? Just check it out.

At room temperature (generally referred to as 25), there is only one liquid metal that is mercury, mercury is a chemical element, and the element symbol is hg. Commonly known as mercury. It is the only metal that exists in a liquid state at room temperature and pressure.

"Liquid metals" are a wonderful class of metals, they are liquids at room temperature, can flow freely like water, their thermal conductivity and specific heat capacity (the ability to absorb heat) are much greater than that of heat conductive agents, and are the ideal heat transfer medium for the new generation of heat sinks.

Liquid metals are a wonderful class of metals that are liquid at room temperature and can flow freely like water, but possess the properties of metals. Its thermal conductivity and heat absorption ability are far greater than those of traditional thermal conductive agents such as methanol and water, making it an ideal heat transfer medium for a new generation of heat sinks, but these interesting physical properties and important engineering values were previously little known.

Liquid gold is commonly known as DU for amorphous alloys.

Matter is divided into qi according to its state

state, liquid, solid.

The gaseous state is disordered.

version, the solid state is orderly. The liquid state is somewhere in between--- with short-range ordered, and remotely out of order.

Amorphous alloys also have a similar microstructure to liquid matter.

Glass is one such substance (although it is not a metallic material), and although you can see that it is solid, its microstructure is not much different from that of the liquid state. The same is true of butter in life.

Liquid metal, also known as amorphous alloy and metal source glass, is a metal supercondensation.

Solid-time atoms do not have time to crystallize in an orderly manner, while at room temperature or at low dao

This amorphous atomic structure gives liquid metal many unique properties, such as excellent corrosion resistance, wear resistance, high strength, and high hardness.

Compared with traditional metals, liquid metal has three advantages: performance, process and cost

1.In terms of performance, liquid metal is considered to be the hardest light alloy at present, and it also has excellent performance in heat dissipation and electromagnetic shielding.

2.In terms of process, because the liquid metal is cooled in an amorphous state, the shrinkage is very small, and the ideal shape can be obtained through injection molding, die-casting and other processes, and the dimensional accuracy of parts made of liquid metal is very high.

3.In terms of cost, liquid metal is a clean material, and the raw materials and products in the production process are non-toxic, with little impact on the environment, and liquid metal products are basically one-time molding, eliminating a lot of post-processing, which is a green material.

Liquid metal is another name for amorphous alloy materials, which have many advantages in mechanical properties, such as wear resistance and corrosion resistance, low mechanical energy transmission loss, good molding ability, and can be superplasticized. I don't know how Apple's new technology came to be. Bulk amorphous is also a research hotspot now.

It depends on what you're talking about. If it's an iPhone, it's an amorphous material.

Other fields generally refer to mercury, gallium, sodium potassium alloys, and other low melting point alloys.

Hehe! That's pretty much what they said! In layman's terms, it is a metal element like water, which rarely exists in a solid form and has a very low melting point, such as mercury and mercury, which are ...... gallium

Isn't that just a piece of plasticine......

It is not necessarily mercury, metals with a melting point lower than aluminum are called liquid metals, and I don't know what to use for iPhones and iPads.

A liquid metal machine is not a complete metal. The authors named liquid metal mollusks because of their unusual habits that are quite similar to some simple molluscs in nature, such as being able to "eat" food (fuel), moving autonomously, being deformable, and having certain metabolic functions (chemical reactions).

The invention of this artificial machine also raises the question of "how to define life".

This liquid metal machine completely gets rid of the complex external power system, thus taking a key step towards the development of an independent flexible machine. The article was selected as the top cover story in the journal, and the Altmetric metrics data showed that the index was well above the journal average, and it was ranked in the same period**.

Liquid metals are viscous fluids, such as mercury. Ordinary metals are solid at room temperature and do not have fluidity???

Liquid metal material is a special material. The ordinary metal atoms are arranged in an orderly manner, and the melted metal atoms are arranged in a disorderly manner. Liquid metal is a special state of metal in between, with the characteristics of light weight, high strength and high hardness.

Impossible, too avant-garde without tens of thousands of years I estimate that it is unimaginable, this violation of the laws of nature without physical physical hand grasp how iphone