Oak Ridge National Laboratory (ORNL) has developed a process for the production of mesophase pitch-based graphite foam. This foam has density values between 0.2 and 0.6 g/cc and can develop bulk thermal conductivity between 40 and 180 W/m·K. Foam properties can be modified by varying the precursor material, the processing conditions, and/or heat treatment conditions. In the current research, we studied the effect of precursor choice and processing conditions on the final properties of the graphite foam. The results will be presented and discussed
The paper studied the influence of starting components and operating conditions of synthesis process...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...
Graphite foams were prepared from a coal tar pitch that was partially converted into mesophase. Expa...
A simple and inexpensive method is described for preparing high thermal conductivity graphite foam b...
By combining an open cellular structure with a thermal conductivity to weight ratio (κ/ρ) of greater...
Graphite foams have high bulk thermal conductivity and low density, making them an excellent materia...
Graphite foams make potentially desirable engineering materials because of their high thermal conduc...
Graphite foams make potentially desirable engineering materials because of their high thermal conduc...
Graphite foam was obtained after carbonization and graphitization of a pitch foam formed by the pyro...
The paper shows the applicability of expandable graphite METOPAC EG 350-50 (80) in a rigid PU foam s...
Purified coal-tar was chosen as the raw material for foaming precursor. Distillation methods that re...
Graphite foams have the potential to bring heat removal systems to a new level. With its high therma...
Purified coal-tar was chosen as the raw material for foaming precursor. Distillation methods that re...
The paper studied the influence of starting components and operating conditions of synthesis process...
The paper studied the influence of starting components and operating conditions of synthesis process...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...
Graphite foams were prepared from a coal tar pitch that was partially converted into mesophase. Expa...
A simple and inexpensive method is described for preparing high thermal conductivity graphite foam b...
By combining an open cellular structure with a thermal conductivity to weight ratio (κ/ρ) of greater...
Graphite foams have high bulk thermal conductivity and low density, making them an excellent materia...
Graphite foams make potentially desirable engineering materials because of their high thermal conduc...
Graphite foams make potentially desirable engineering materials because of their high thermal conduc...
Graphite foam was obtained after carbonization and graphitization of a pitch foam formed by the pyro...
The paper shows the applicability of expandable graphite METOPAC EG 350-50 (80) in a rigid PU foam s...
Purified coal-tar was chosen as the raw material for foaming precursor. Distillation methods that re...
Graphite foams have the potential to bring heat removal systems to a new level. With its high therma...
Purified coal-tar was chosen as the raw material for foaming precursor. Distillation methods that re...
The paper studied the influence of starting components and operating conditions of synthesis process...
The paper studied the influence of starting components and operating conditions of synthesis process...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...
The thermal conductivity of polycarbonate–graphene nanocomposite foams was studied as a function of ...