The application and synthesis method of nano silicon powder

The application and synthesis method of nano silicon powder

Nano silicon powder is a new generation of optoelectronic semiconductor materials,Nano silicon powder can increase the capacity and the number of charge-discharge cycles of rechargeable lithium batteries by more than three times....
NSK Bearing Temperature

NSK Bearing Temperature

The temperature of NSK bearings can generally be inferred from the temperature of the outside of the bearing. It is more appropriate if the oil hole can be used to directly measure the temperature of the outer ring of the bearing. Generally,...
How to Distinguish Fe3O4 and Fe2O3?

How to Distinguish Fe3O4 and Fe2O3?

Nano-iron oxide plays an essential role in the fields of medicinal capsules, drug synthesis, and the biomedical technology. ...
Application of Zirconium Boride Refractory Raw Materials in Refractory Products

Application of Zirconium Boride Refractory Raw Materials in Refractory Products

Zircon Boron is a relatively common and stock material in boron. Among them, ZrB2 has a high melting point, high stability, and excellent corrosion resistance....
Fumed Silica-The Main Component Is SiO2, Why Is Fumed Silica The Most Popular?

Fumed Silica-The Main Component Is SiO2, Why Is Fumed Silica The Most Popular?

We know that the content of silicon dioxide (SiO2) in nature is vibrant. Sand, crystal, quartz sand, silicon powder, diatomaceous earth, etc., the main components are SiO2; in synthetic silica, precipitation method white carbon black, gas-ph...
Research on influencing factors of compressive strength of foam concrete

Research on influencing factors of compressive strength of foam concrete

Foamed concrete is prepared by introducing it into a cement (sand) slurry with a certain fluidity and using a physical method. The uniform and small air bubbles are made of cement-based porous materials with a large number of pores made by m...
To Achieve Zero Carbon Emissions In Norway, Need To Use Floating Wind Power

To Achieve Zero Carbon Emissions In Norway, Need To Use Floating Wind Power

To achieve a low-carbon transition in the Norway oil and gas industry, a large number of technologies such as floating wind power, carbon capture, and storage (CCS) are required to collaborate in the construction of offshore low-carbon facil...
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