Zhenfei Sun
Datos Biográficos
| ID | 3645708 |
|---|---|
| NOMBRE | Zhenfei Sun |
| NOMBRES | Zhenfei |
| APELLIDO | Sun |
| FIRMA | SUN Z |
| AFILIACIONES | University of Science and Technology Beijing |
| ORCID | 0000-0003-2821-6543 |
| VERIFICADO | Sí |
| TOTAL DE OBRAS | 14 |
| TOTAL DE CITAS | 37 |
| TOTAL COMO AUTOR | 14 |
| TOTAL COMO EDITOR | 0 |
| PRIMER AÑO DE PUBLICACIÓN | 2022 |
| AÑO MÁS RECIENTE DE PUBLICACIÓN | 2026 |
| ÍNDICE H | 4 |
Revisiting the Pb content threshold for copper provenance investigation in Early Bronze Age China
A Spectral-Angle-Loss Variational Autoencoder Deep Embedding (Sa-VaDE) model for clustering Fors spectra of micro-metallurgical remains
Pluralistic landscape of bronze production technology in the middle Shang period
Semantic segmentation and 3D reconstruction of CT images of bronze casting moulds and cores based on a deep learning method
Determining firing temperature of clay‐based archaeological materials with FTIR absorptivity method
FTIR analysis has been proven to be a useful tool in measuring the firing temperature of archaeological sediments and ceramics. A recent development of this method is the finding of a negative correlation between absorptivity of 1030 cm −1 band and the firing temperatures. With potassium ferricyanide (K 3 [Fe (CN) 6 ]) added as an internal standard, the 1030 cm −1 absorptivity can be measured quantitatively to reflect firing temperature of sample…
Years of Bronze Provenance Studies
Bronze alloying recipes of Yue state
Beyond linear narratives
Applying a mask R-CNN machine learning algorithm for segmenting electron microscope images of ceramic bronze-casting moulds
Provenancing copper in the middle Shang period through isotopic analysis of metallurgical remains
Investigating the origins of metals used in the Early Shang capital of Zhengzhou
Resolving the complex mixing history of ancient Chinese bronzes by Manifold Learning and a Bayesian Mixing Model
Material characterization uncovers sophisticated mould-making techniques of the middle-Shang period (14th-13th BCE)
Trace element analysis reveals varied functions of copper processing crucibles from the Shang City at Zhengzhou
Trace element analysis reveals varied functions of copper processing crucibles from the Shang City at Zhengzhou
Material characterization uncovers sophisticated mould-making techniques of the middle-Shang period (14th-13th BCE)
Provenancing copper in the middle Shang period through isotopic analysis of metallurgical remains
Years of Bronze Provenance Studies
Beyond linear narratives
Resolving the complex mixing history of ancient Chinese bronzes by Manifold Learning and a Bayesian Mixing Model
Applying a mask R-CNN machine learning algorithm for segmenting electron microscope images of ceramic bronze-casting moulds
Trace element analysis reveals varied functions of copper processing crucibles from the Shang City at Zhengzhou
Investigating the origins of metals used in the Early Shang capital of Zhengzhou
Resolving the complex mixing history of ancient Chinese bronzes by Manifold Learning and a Bayesian Mixing Model
Material characterization uncovers sophisticated mould-making techniques of the middle-Shang period (14th-13th BCE)
Beyond linear narratives
Applying a mask R-CNN machine learning algorithm for segmenting electron microscope images of ceramic bronze-casting moulds
Provenancing copper in the middle Shang period through isotopic analysis of metallurgical remains
Determining firing temperature of clay‐based archaeological materials with FTIR absorptivity method
FTIR analysis has been proven to be a useful tool in measuring the firing temperature of archaeological sediments and ceramics. A recent development of this method is the finding of a negative correlation between absorptivity of 1030 cm −1 band and the firing temperatures. With potassium ferricyanide (K 3 [Fe (CN) 6 ]) added as an internal standard, the 1030 cm −1 absorptivity can be measured quantitatively to reflect firing temperature of sample…
Years of Bronze Provenance Studies
Bronze alloying recipes of Yue state
Revisiting the Pb content threshold for copper provenance investigation in Early Bronze Age China
A Spectral-Angle-Loss Variational Autoencoder Deep Embedding (Sa-VaDE) model for clustering Fors spectra of micro-metallurgical remains
Pluralistic landscape of bronze production technology in the middle Shang period
Semantic segmentation and 3D reconstruction of CT images of bronze casting moulds and cores based on a deep learning method
Archaeology and ancient environmental studies (10 obras) · Bronze (10 obras) · Bronze Age (8 obras) · Cultural Heritage Materials Analysis (8 obras) · Geology (8 obras) · Materials Science (8 obras) · Archaeology (7 obras) · Metallurgy (7 obras) · Casting (5 obras) · China (5 obras)