LR-DRAFT-MAT-22 · Materials Science
OPENAerographite density
A scoped, source-linked candidate record for aerographite density.
Loading
Limits RegistryRegistry collection
Frontiers in Materials Science
Strength, conductivity, fracture, phase, and energy-density limits across engineered materials.
36 published records in this collectionLR-DRAFT-MAT-21 · Materials Science
OPENAluminum-lithium alloy density
A scoped, source-linked candidate record for aluminum-lithium alloy density.
LR-DRAFT-MAT-30 · Materials Science
OPENAmorphous carbon hardness
A scoped, source-linked candidate record for amorphous carbon hardness.
LR-DRAFT-MAT-15 · Materials Science
OPENBulk copper thermal conductivity
A scoped, source-linked candidate record for bulk copper thermal conductivity.
LR-DRAFT-MAT-13 · Materials Science
OPENBulk graphene fracture strength
A scoped, source-linked candidate record for bulk graphene fracture strength.
LR-DRAFT-MAT-19 · Materials Science
OPENBulk metallic-glass fracture toughness
A scoped, source-linked candidate record for bulk metallic-glass fracture toughness.
LR-DRAFT-MAT-28 · Materials Science
OPENBulk nanocrystalline copper strength
A scoped, source-linked candidate record for bulk nanocrystalline copper strength.
LR-DRAFT-MAT-25 · Materials Science
OPENBulk superconducting iron pnictide transition
A scoped, source-linked candidate record for bulk superconducting iron pnictide transition.
LR-DRAFT-MAT-11 · Materials Science
OPENCarbon-fiber specific strength
A scoped, source-linked candidate record for carbon-fiber specific strength.
LR-DRAFT-MAT-01 · Materials Science
OPENCarbon-nanotube tensile strength
A scoped, source-linked candidate record for carbon-nanotube tensile strength.
LR-DRAFT-MAT-07 · Materials Science
OPENDiamond thermal conductivity
A scoped, source-linked candidate record for diamond thermal conductivity.
LR-004203 · Materials Science
OPENFracture toughness frontier for structural steel
High-toughness structural steels can reach plane-strain fracture toughness values above 200 MPa√m under qualified testing conditions.
LR-DRAFT-GRAPHENE · Materials Science
OPENGraphene intrinsic strength
Graphene is the strongest material ever measured. This record cites the specific tensile strength observed for defect-free monolayer graphene under controlled nanoindentation testing — a scoped experimental result, not a claim about bulk graphene sheets or composites.
LR-DRAFT-MAT-02 · Materials Science
OPENGraphene thermal conductivity
A scoped, source-linked candidate record for graphene thermal conductivity.
LR-004204 · Materials Science
OPENGravimetric energy-density frontier for lithium-ion cells
Commercial lithium-ion cells have reached gravimetric energy densities around 300 Wh kg⁻¹ at the cell level in selected product specifications.
LR-DRAFT-MAT-20 · Materials Science
OPENHigh-entropy alloy strength
A scoped, source-linked candidate record for high-entropy alloy strength.
LR-004202 · Materials Science
OPENHighest melting point among elemental materials
Tungsten is commonly reported with an elemental melting point near 3695 K at standard pressure.
LR-DRAFT-MAT-26 · Materials Science
OPENHydrogen storage in metal-organic frameworks
A scoped, source-linked candidate record for hydrogen storage in metal-organic frameworks.
LR-004200 · Materials Science
OPENIntrinsic tensile strength of defect-free graphene
A nanoindentation experiment measured an intrinsic breaking strength near 130 GPa for defect-free monolayer graphene.
LR-DRAFT-MAT-12 · Materials Science
OPENKevlar tensile strength
A scoped, source-linked candidate record for kevlar tensile strength.
LR-DRAFT-MAT-10 · Materials Science
OPENMetallic-glass elastic limit
A scoped, source-linked candidate record for metallic-glass elastic limit.
LR-DRAFT-MAT-06 · Materials Science
OPENMetallic-glass strength
A scoped, source-linked candidate record for metallic-glass strength.
LR-DRAFT-MAT-03 · Materials Science
OPENMgB₂ superconducting transition
A scoped, source-linked candidate record for mgb₂ superconducting transition.
LR-DRAFT-MAT-18 · Materials Science
OPENNitinol recoverable strain
A scoped, source-linked candidate record for nitinol recoverable strain.
LR-DRAFT-MAT-27 · Materials Science
OPENPerovskite LED external quantum efficiency
A scoped, source-linked candidate record for perovskite led external quantum efficiency.
LR-DRAFT-MAT-08 · Materials Science
OPENPerovskite solar-cell efficiency
A scoped, source-linked candidate record for perovskite solar-cell efficiency.
LR-004201 · Materials Science
OPENRoom-temperature thermal conductivity of diamond
High-purity diamond exhibits thermal conductivity on the order of 2200 W m⁻¹ K⁻¹ near room temperature.
LR-DRAFT-MAT-23 · Materials Science
OPENSilica glass optical transmission
A scoped, source-linked candidate record for silica glass optical transmission.
LR-DRAFT-MAT-16 · Materials Science
OPENSilicon carbide hardness
A scoped, source-linked candidate record for silicon carbide hardness.
LR-DRAFT-MAT-14 · Materials Science
OPENSingle-wall nanotube thermal conductivity
A scoped, source-linked candidate record for single-wall nanotube thermal conductivity.
LR-DRAFT-MAT-24 · Materials Science
OPENSuperelastic NiTi strain
A scoped, source-linked candidate record for superelastic niti strain.
LR-DRAFT-MAT-29 · Materials Science
OPENThermoelectric figure of merit frontier
A scoped, source-linked candidate record for thermoelectric figure of merit frontier.
LR-DRAFT-MAT-09 · Materials Science
OPENUltrahard nanocrystalline diamond
A scoped, source-linked candidate record for ultrahard nanocrystalline diamond.
LR-DRAFT-MAT-05 · Materials Science
OPENUltralow-density silica aerogel
A scoped, source-linked candidate record for ultralow-density silica aerogel.
LR-DRAFT-MAT-04 · Materials Science
OPENYBCO ambient-pressure transition
A scoped, source-linked candidate record for ybco ambient-pressure transition.
LR-DRAFT-MAT-17 · Materials Science
OPENZirconia fracture toughness
A scoped, source-linked candidate record for zirconia fracture toughness.