The density of B4C was smaller, 2.52g/cm3. In the homogeneous phase region, the relation...
B4C content influence on modification of WPU viscosity as shown in figure 2 as nano B4C co...
Boron carbide (B4C) of high hardness, high melting point (2, 450), density (2.52 g · cm...
The thermoelectric properties of B4C were sintered in Japan and Germany to prepare a therm...
The abrasive liquid is composed of boron carbide powder (W40, particle size 26~36 um) an...
The densification of pure boron carbide is difficult in pressure-free sintering. The mai...
Industrial use of boron carbide strength and toughness is lower, this is mainly due to the...
According to the reaction principle used in the synthesis of boron carbide powder, raw m...
A striking feature of boron carbide ceramics are very hard, its microhardness is about 5...
Densification of pure boron carbide sintering is extremely difficult This is because the c...
Carbide ceramic nozzle (refers to silicon carbide, boron carbide material), carbide cera...
Nozzle, English, Chinese also known as NOZZLE NOZZLE is widely used in daily life, indus...
The driving force for densification is provided by an electric current directly through ...
Powder compacting molding or loading package set of powder into the high pressure vessel, ...
Hot pressing sintering The dry and evenly mixed boron carbide powder is filled into th...
The pressure-free sintering of B4C powder is mainly to improve the activation of grain b...
Self-propagating high temperature synthesis Self-propagating high temperature synthes...
1.1 Carbon tube furnace electric arc furnace carbothermal reduction This is the most c...
With the development of all kinds of nuclear reactor, reactor shielding material and shiel...
Boron carbide production of high-grade wear resistant electrode, to enhance the wear resis...