№ files_lp_4_process_2_40777
File format: docx
Character count: 1474
File size: 21 KB
Supplementary scientific material presenting experimental conductivity, plasma frequency, and relaxation time values for Nb, Mo, Ta, and W within research on the low-frequency conductivity of low wear high-entropy alloys.
Year:
Not specified
Field of Study:
Materials Science and Engineering
Research Topic:
Low-frequency electrical conductivity of refractory elements and high-entropy alloys
Document Type:
Supplementary information to a scientific research publication
Institutions:
National Cheng Kung University; National Taiwan Normal University; The University of Tennessee
Research Centers / Programs:
Applied High Entropy Technology (AHET) Center; Heterogeneously-integrated Silicon Photonic Integration Center (HiSiPIC); Program on Semiconductor Packaging and Testing, Academy of Innovative Semiconductor and Sustainable Manufacture
Authors:
Cheng-Hsien Yeh; Wen-Dung Hsu; Bernard Haochih Liu; Chan-Shan Yang; Chen-Yun Kuan; Yuan-Chun Chang; Kai-Sheng Huang; Song-Syun Jhang; Chia-Yen Lu; Peter K. Liaw; Chuan-Feng Shih
Corresponding Authors:
Chuan-Feng Shih; Wen-Dung Hsu; Bernard Haochih Liu; Chan-Shan Yang
Affiliated Departments:
Department of Electrical Engineering; Department of Materials Science and Engineering; Institute and Undergraduate Program of Electro-Optical Engineering
Countries / Regions:
Taiwan; United States
Experimental Parameters:
Electrical conductivity; plasma frequency; relaxation time
Materials Examined:
Nb; Mo; Ta; W
Measurement Condition:
Experimental conductivity values at 20 °C
Price: 8 / 10 USD
The file will be delivered to the email address provided at checkout within 12 hours.
The file will be delivered to the email address provided at checkout within 12 hours.
Don’t have cryptocurrency yet?
You can still complete your purchase in a few minutes:- Buy Crypto in a trusted app (Coinbase, Kraken, Cash App or any similar service).
- In the app, tap Send.
- Select network, paste our wallet address.
- Send the exact amount shown above.
The final amount may vary slightly depending on the payment method.
The file will be sent to the email address provided at checkout within 24 hours.
The product description is provided for reference. Actual content and formatting may differ slightly.
Year:
2026
Region / Institution:
Guangdong Ocean University, University of Science and Technology Beijing, AiMaterials Research LLC
Subject:
Materials science, machine learning, high-entropy alloys
Document type:
Supplementary data / research article
Authors:
Cheng Wen, Yan Zhang, Changxin Wang, Haiyou Huang, Yuan Wu, Turab Lookman, Yanjing Su
Corresponding authors:
Turab Lookman, Yanjing Su
Methodology:
Machine learning, NSGA-II algorithm, bootstrap sampling, Pareto optimization
Target properties:
Strength, ductility of refractory high-entropy alloys
Software / Tools:
RStudio, caret package
Data handling:
Training/testing data split, cross-validation, hyperparameter optimization
Publication context:
Supplementary material to a scientific study on alloy design
Year:
2023
Region / city:
Mexico City
Topic:
Materials Science, Nanotechnology, Photocatalysis
Document type:
Research Article
Institution:
National Polytechnic Institute
Authors:
Sarahi Pacheco-Espinoza, María Ángeles Hernández-Pérez, Alejandro Iván Cuesta-Balderas, Alejandra Verdejo-Palacios, Raúl Borja-Urbi, Jorge Roberto Vargas-García
Target audience:
Researchers, Scientists, Engineers in Material Science and Nanotechnology
Period of validity:
N/A
Approval date:
N/A
Date of amendments:
N/A
Keywords:
High-entropy materials, Topotactic transformation, Nanostructured catalysts, Environmental photocatalysis, Ciprofloxacin photodegradation
Context:
This document presents a novel method for synthesizing Ce-Co-Ni-Al-Ga high-entropy (oxy)hydroxide nanotubes through topotactic transformation, showcasing their remarkable photocatalytic activity for ciprofloxacin degradation under UV light.
Year:
2026
Institution:
University of Toronto, Department of Materials Science and Engineering
Authors:
Michel J.R Haché, Changjun Cheng, Yu Zou
Document Type:
Scientific Article / Data Summary
Subject:
Nanocrystalline High-Entropy Alloys (NC-HEAs)
Materials:
3D transition metals, interstitial alloys, refractory metals, precious metals, composites
Methods:
Mechanical Alloying (MA), High-pressure Torsion (HPT), Annealing (Ann.), DC/RF Magnetron Sputtering (DCMS/RFMS), Equal Channel Angular Pressing (ECAP), Flame Spray Pyrolysis (FSP), Nebulized Spray Pyrolysis (NSP), Reverse Co-precipitation (RCP), Cryo-rolling (CR), Cryo-milling (CM), Rapid Solidification Process (RSP), Vacuum Arc Deposition (VAD)
Properties Reported:
Yield Strength, Ultimate Tensile Strength, Percent Elongation, Young’s Modulus, Hardness, Average Grain Size, Crystal Structure
Reference Tables:
Table SI summarizing all NC-HEAs discussed in manuscript Sections 2-5
Target Audience:
Materials scientists, metallurgists, engineers
End-use Context:
Research and comparative analysis of nanostructured high-entropy materials
Year:
2023
Region / City:
Not specified
Topic:
High-pressure and high-temperature properties of Fe-C alloys
Document type:
Supplementary materials
Organization / Institution:
APS, ANL
Author:
Not specified
Target audience:
Researchers in material science, geophysics, and mineral physics
Effective period:
Not specified
Approval date:
Not specified
Modification date:
Not specified
Year:
2023
Region / City:
India
Topic:
Welding of Aluminium Alloys
Document Type:
Review Article
Institution:
Gurgaon Institute of Technology & Management; Chandigarh Engineering College
Authors:
Mandeep Kaur, Taljeet Singh, Kuldeep Singh
Target Audience:
Researchers and engineers in mechanical and materials engineering
Materials Studied:
Aluminium Alloys AA6061, AA2219, AA5083
Processes Analyzed:
Friction Stir Welding (FSW), Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW), MIG/TIG welding
Mechanical Properties Investigated:
Tensile strength, hardness, microstructure, fatigue life, impact resistance
Welding Parameters:
Welding speed, current, voltage, filler material, shielding gas, heat input, tool type
Testing Methods:
Tensile tests, hardness tests, microstructural analysis
Purpose:
Comparison of mechanical performance and microstructural characteristics of different welding techniques for aluminium alloys
Year:
2026
Region / Institution:
Guangdong Ocean University, University of Science and Technology Beijing, AiMaterials Research LLC
Subject:
Materials science, machine learning, high-entropy alloys
Document type:
Supplementary data / research article
Authors:
Cheng Wen, Yan Zhang, Changxin Wang, Haiyou Huang, Yuan Wu, Turab Lookman, Yanjing Su
Corresponding authors:
Turab Lookman, Yanjing Su
Methodology:
Machine learning, NSGA-II algorithm, bootstrap sampling, Pareto optimization
Target properties:
Strength, ductility of refractory high-entropy alloys
Software / Tools:
RStudio, caret package
Data handling:
Training/testing data split, cross-validation, hyperparameter optimization
Publication context:
Supplementary material to a scientific study on alloy design
Year:
2026
Institution:
University of Toronto, Department of Materials Science and Engineering
Authors:
Michel J.R Haché, Changjun Cheng, Yu Zou
Document Type:
Scientific Article / Data Summary
Subject:
Nanocrystalline High-Entropy Alloys (NC-HEAs)
Materials:
3D transition metals, interstitial alloys, refractory metals, precious metals, composites
Methods:
Mechanical Alloying (MA), High-pressure Torsion (HPT), Annealing (Ann.), DC/RF Magnetron Sputtering (DCMS/RFMS), Equal Channel Angular Pressing (ECAP), Flame Spray Pyrolysis (FSP), Nebulized Spray Pyrolysis (NSP), Reverse Co-precipitation (RCP), Cryo-rolling (CR), Cryo-milling (CM), Rapid Solidification Process (RSP), Vacuum Arc Deposition (VAD)
Properties Reported:
Yield Strength, Ultimate Tensile Strength, Percent Elongation, Young’s Modulus, Hardness, Average Grain Size, Crystal Structure
Reference Tables:
Table SI summarizing all NC-HEAs discussed in manuscript Sections 2-5
Target Audience:
Materials scientists, metallurgists, engineers
End-use Context:
Research and comparative analysis of nanostructured high-entropy materials
Year:
2024
Location:
Chongqing, China
Theme:
Magnesium and its alloys
Document type:
Conference Announcement
Organizer:
International Mg Society (IMS), Journal of Magnesium and Alloys (JMA)
Target audience:
Researchers and professionals in materials science, magnesium alloys
Period:
November 2-6, 2024
Approval date:
January 4, 2024
Last updated:
January 4, 2024