Advances in Material Science

Editor-in-Chief:Wei BingQing

ISSN:2424-841X(Print)

Publishing Frequency:semi-yearly

Article Processing Charges(APC)Click here for more details

Publishing model:Open Access

 

About the Journal

Advances in Material Science is fully peer-reviewed journal that dedicate in promoting the international exchange of scientific information in material science and technology for studying the relationship between structure, physicochemical properties and application of materials. It focuses on the original research paper, review article and short communication recording results or techniques which share by expert and researcher. The goal of this journal is to explores rapid-growing area of research activity ranging from metallic materials, inorganic non-metallic materials, composite materials, biological materials, nanoscience, electrical material, separation science technology and material process technology.

The article categories within the journal include (but are not limited to) the following fields:

  • Chemical Synthesis
  • Functional Material
  • Metal and Alloy
  • Modelling and Simulation in Structural Engineering
  • Catalytic and Reactive Engineering
  • Polymer Processing
  • Optical Material
  • Sensor Material
  • Porous Material
  • Material Theory
  • Thermal Property
  • Soft Matter
  • Glasses
  • Crystallography

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Vol 4, No 1 (2020)

Table of Contents

RESEARCH ARTICLE

12 Views, 4 PDF Downloads
Baozhi Yu

Abstract

In this paper, the determination method of the atomic ratio of oxygen to uranium in UO2-MO pellets was studied. Through the experiments of UO2-MO pellets with different composition ratios, the results showed that MO in UO2-MO pellets was a stable compound and did not participate in the thermogravimetric reaction. Only uranium dioxide was oxidized into stable uranium trioxide in oxygen. By accurately measuring the net weight of samples after dehydration and the total weight after oxidation, the formula for calculating the oxygen-uranium ratio of UO2-MO pellets is derived by formula derivation, and the RSD of this method is better than 0.13%.

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1-4
10 Views, 4 PDF Downloads
Lingyu Jia

Abstract

The uranium content detection method of UO2-BeO pellets was studied. The sample was dissolved in phosphoric acid, and then heated to be completely dissolved at 200℃ by adding 3 drops of nitric acid. In concentrated phosphoric acid solution containing sulfamic acid, excess ferrous sulfate was used to reduce uranium (vi) to uranium (vi), the rest ferrous sulfate was oxidized by nitric acid using molybdenum (vi) as catalyst, vanadyl sulfate was added, and uranium was titrated by potassium dichromate standard solution. The precision of the method is better than 0.1%

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5-8
11 Views, 4 PDF Downloads
Du Hao

Abstract

Physical and Chemical Testing Center of North Nuclear Fuel Components Co., Ltd., Baotou, Inner Mongolia, 014035, China The determination process of hydride orientation factor of zirconium alloy mainly includes hydrogen permeation process and hydride display process. The key of hydride orientation factor measurement lies in controllable and effective hydrogen permeation and true and clear display of hydride. When a metallographic picture with appropriate number of hydride and clear display is obtained, the hydride orientation factor of sample can be accurately and quickly measured. By analyzing and testing the possible factors affecting the hydrogen permeation effect of zirconium alloy tube, the corrosion parameters such as temperature, pressure, type, concentration and holding time of corrosion solution were determined.

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9-11
10 Views, 3 PDF Downloads
Yu Guo

Abstract

Grasping the accuracy of the electromechanical servo torque test system has always been an active research issue in the product manufacturing industry. Research on static traceability and dynamic traceability of electromechanical servo torque testing system can better realize the analysis of influencing factors in its use process and improve the reliability and effectiveness of its system use. At the same time, the uncertainty evaluation of the system combined with the influencing factors can fully realize the data analysis and demonstration of the electromechanical servo torque test system, and provide a strong guarantee for the authenticity of the product test data.

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12-14
13 Views, 3 PDF Downloads
Ruijing Guo

Abstract

This paper studies the difference in heat transfer and adhesion performance of glass fiber substrate thermal conductive double-sided adhesive, PVC substrate double-sided adhesive, and PET substrate double-sided adhesive to thermal conductive materials and polymer materials in photovoltaic and thermal integrated modules. Studies have shown that the use of glass fiber-based thermally conductive double-sided adhesive to bond polymer materials and thermally conductive materials can achieve the normal use of PVT modules under weather-resistant conditions. Research has shown that glass fiber-based thermally conductive double-sided adhesive has better adhesion than other materials., Initial viscosity, static shear force, thermal conductivity, etc., can realize the normal use of PVT modules under weathering conditions.

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15-19


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