Add to ORKGThe ability of mesophase pitch to develop a high degree of molecular orientation during flow makes it an ideal precursor for high modulus carbon fibers [1]. However, as one might expect, the lattice-dependen
The chemical and physical processes involved in formation of mesophase pitch are described. Carbonac...
Carbonaceous mesophases are discotic nematic liquid crystals that are spun into high performance car...
Supercritical fluid (SCF) extraction has been investigated for the production of mesophase pitch, th...
Mesophase pitch is an important precursor for the production of high modulus and high thermal conduc...
The properties of pitch-based carbon fibers are known to depend on the microstructure developed duri...
Natural and synthetic mesophase pitches are discotic nematic liquid crystals and precursor material ...
Carbon fibers produced from mesophase pitch exhibit high stiffness and thermal conductivity and are ...
Carbonaceous mesophase are naturally occurring discotic nematic liquid crystals that are used as pre...
During melt spinning of carbon fibers, mesophase pitch is extruded through fine capillaries and stre...
Mesophase pitch-based noncircular carbon fibers have higher mechanical properties than round carbon ...
High-performance (high modulus) carbon fibers have been melt-spun from various types of mesophase pi...
Numerous tudies have shown that the mechanical and thermal properties of melt spun mesophase pitch-b...
Flow mesophase is an attractive precursor for the preparation of many types of carbon materials (i.e...
To obtain mesophase pitch-based carbon fibers with improved mechanical strength while retaining supe...
Carbon fibers are widely used in many industrial applications due the fact of their excellent proper...
The chemical and physical processes involved in formation of mesophase pitch are described. Carbonac...
Carbonaceous mesophases are discotic nematic liquid crystals that are spun into high performance car...
Supercritical fluid (SCF) extraction has been investigated for the production of mesophase pitch, th...
Mesophase pitch is an important precursor for the production of high modulus and high thermal conduc...
The properties of pitch-based carbon fibers are known to depend on the microstructure developed duri...
Natural and synthetic mesophase pitches are discotic nematic liquid crystals and precursor material ...
Carbon fibers produced from mesophase pitch exhibit high stiffness and thermal conductivity and are ...
Carbonaceous mesophase are naturally occurring discotic nematic liquid crystals that are used as pre...
During melt spinning of carbon fibers, mesophase pitch is extruded through fine capillaries and stre...
Mesophase pitch-based noncircular carbon fibers have higher mechanical properties than round carbon ...
High-performance (high modulus) carbon fibers have been melt-spun from various types of mesophase pi...
Numerous tudies have shown that the mechanical and thermal properties of melt spun mesophase pitch-b...
Flow mesophase is an attractive precursor for the preparation of many types of carbon materials (i.e...
To obtain mesophase pitch-based carbon fibers with improved mechanical strength while retaining supe...
Carbon fibers are widely used in many industrial applications due the fact of their excellent proper...
The chemical and physical processes involved in formation of mesophase pitch are described. Carbonac...
Carbonaceous mesophases are discotic nematic liquid crystals that are spun into high performance car...
Supercritical fluid (SCF) extraction has been investigated for the production of mesophase pitch, th...