Latest Research in Carbon Nanomaterial Engineering

Top Research Topics in Carbon Nanomaterial Engineering

• Materials Science — 22 papers
• Machine Learning in Materials Science — 13 papers
• Diamond and Carbon-based Materials Research — 9 papers
• Advanced Electron Microscopy Techniques and Applications — 7 papers
• Fusion materials and technologies — 7 papers
• High-pressure geophysics and materials — 7 papers
• Nuclear reactor physics and engineering — 6 papers
• 3D IC and TSV technologies — 5 papers
• Instrumentation and Detectors — 5 papers
• Magnetic confinement fusion research — 5 papers

Highest-Cited Papers

1. The Metric Trace_ A Metrological Framework for Resolving LENR Irreproducibility
2. Buckling of carbon nanotubes using molecular dynamics simulation: Investigating the effect of boron doping by considering the interaction energy
3. Manufacturing of complex micro metallic structures via discretized voxel-based femtosecond laser-assisted localized electrochemical deposition
4. Depth-resolved dose estimation in cellulose via pyrolysis for low-energy electron-beam processing
5. Boron-containing deposits with tritium activity in the primary circuit of HTR-10: experimental measurements and source analysis
6. Composition-Only Machine-Learning Benchmark for Three Dielectric Properties of Single-Phase ULTCC Ceramics
7. AI-enabled CVD synthesis, quality control, and autonomous manufacturing of 2D materials
8. Selective growth of diamond structures through seeding by Q-carbon fibers
9. Characteristics and parameterisation of spallation neutrons
10. Study of projectile fragment emission in the fragmentation of 28 Si on carbon and copper targets at 130 A MeV
11. Closing the ultrahigh temperature metrology gap: Non-contact thermal conductivity (k) and spectral emittance (ɛλ) of molybdenum up to 3200 K
12. Thermo-magnetic characterization and fully coupled finite element modeling of tailored magnetostrictive (Tb 0.3 Dy 0.7 Fe 1.95 ) particulate composites
13. Field-Driven Coupled Magnon--Phonon--Electron Relaxation in Magnetite Using Steepest-Entropy-Ascent Quantum Thermodynamic Formalism
14. In-Code MAGIC Weight Windows for Deep-Penetration Gap Streaming: A Fully Reproducible Open-Source Benchmark Derived from a 1984 Fusion Shield Study
15. Towards a quantitative description of nanostructured order in amorphous diamond-like carbon
16. Thermal Expansion Behavior of Ultrahigh-Entropy A2B2O7 Ceramics
17. Golden Ratio Quasicrystals: Bragg Peaks Indexed by Z[φ] — E8 Intelligence Research
18. Microwave dielectric response of methylene blue aqueous solutions: Havriliak–Negami modelling and explainable machine learning
19. Mechanisms of non-monotonic signal dependence on repetition rate in high-repetition-rate nanosecond LIBS
20. A Conceptual Hypothesis for Spatial Transfer and Environmental Reconstruction Conceptual Hypothesis

Sub-Regions

• Plasma Applications and Diagnostics — 19 papers
• Advanced ceramic materials synthesis — 18 papers
• Laser Material Processing Techniques — 14 papers
• Nuclear reactor physics and engineering — 8 papers
• Laser-induced spectroscopy and plasma — 7 papers
• Magnetic confinement fusion research — 5 papers