The Effects of Steady Magnetic Field on Solidification Microstructure and Distribution of Impurity Elements of Molten Carbon Steel

Articles in the same Issue

1. TABLE OF CONTENTS
2. Strengthening Mechanism of S30432 Austenitic Heat-resistant Steel
3. The Effects of Steady Magnetic Field on Solidification Microstructure and Distribution of Impurity Elements of Molten Carbon Steel
4. Analysis of a Heat Exchanger Coil Tube in a Petrochemical Reactor After Fire
5. Boronizing Effect on the Corrosion Behaviour of Chilled Cast Iron and AISI 1050 Steel
6. Distinct Photoluminescence Enhancement of Supercritical Water Reacted Tin Dioxide
7. Temperature Dependence of the Spontaneous Polarization and the Dielectric Susceptibility near the Phase Transitions in Ammonium Sulfate
8. Thermal and Electrochemical Behaviour of Na/Bentonite- Polyaniline Nanocomposite in Different Media
9. Microstructural Analysis after Reheat Treatments and Long- Term Heating in Cast Nickel Base Superalloy, GTD-111
10. Effects of Formaldehyde/Urea Mole Ratio, Panel Density, Shelling Ratio, and Waste Screen Dust on the Physical and Mechanical Properties, and Formaldehyde Emission of Particleboard Composite
11. Effect of Si Addition on High Temperature Oxidation of Cu-20Ni-20Cr Alloy
12. The Effect of Zirconia Addition on Crystallization Behaviour and Machinability of Potassium Mica and Fluorapatite Glass- Ceramics
13. Laser Surface Alloying of Nickel and Chromium (III) Electroplated Carbon Steel with Nd: YAG Laser