1. Dab tsi txhais tau tias ASTM A671 CJE115 Chav Kawm 33?
Txuj: Txiav - ntug EFW carbon steel yeeb nkab rautom ntej no -gen cryogenic applications(-115 ° F / -81.7 ° C)
Chav Kawm 33: Kev lag luam- ua33,000 psi (228 MPa)hydrostatic test siab
Ntsiab Innovations:
"CJE115"=Enhanced Charpy V- ntsuas ntsuas ntawm-115℃F(min{0}} ft-lb/54 J)
Hexa-kev kho cua sov zoo li qubnrog quantum stabilization
2. Lub hom phiaj daim ntawv thov?
Quantum technology:
Superconducting quantum computer tsev nyob
Cryogenic qubit interconnects
Qhov chaw infrastructure:
Lunar puag cryogenic cia
Orbital roj hloov systems
Kev tiv thaiv systems:
Plasma riam phom cryo-containment
Hypersonic tsheb thermal tswj
3. Cov khoom tawg?
Lub zog:
Tensile: Ntau dua lossis sib npaug rau 85 ksi (586 MPa)
Tawm tswv yim: Ntau dua lossis sib npaug rau 60 ksi (414 MPa)
Toughness:
Tag nrho - lub cev cuam tshuam daim ntawv qhia ntawm-115℃F
Min. elongation: 35%
Chemistry:
Cov pa roj carbon nanotube reinforcement
S / P Tsawg dua lossis sib npaug li 0.005% nrog isotopic purification
4. Kev tsim khoom nce qib?
Vuam:
Quantum{0}} optimized EFW nrogatomic - ntsuas qhov ntsuas qhov tsis zoo
Kev sim:
Hydrostatic:33,000 psi(228 MPa) + 50, 000-cycle qaug zog validation
4D x-ray tomography scanning
Traceability:
Blockchain{0}}embedded material genome
5. Fabrication raws tu qauv?
Vuam:
Laser preheat (450-650℃F / 232-343 degree) nrog AI tswj
Yuav tsum tau cryogenic PWHT (-459℃F immersion)
Kev tsim:
Nanotech- pab ua kom txias txias (min. 18D radius)
Zoo:
Zero- ntawv pov thawj tsis raug ntawm quantum microscopy
