先进材料科学研究 | 3 | 2020

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先进材料科学研究

体积 3, 问题 5 (2020)

简短的沟通

Macroscale superlubricity enabled by graphene coated surfaces

Zhenyu Zhang

简短的沟通

Traditional manufacturing of industrial product and design

Vinoth Kumar Athinarayanan

简短的沟通

Structural, morphological, optical and magnetic properties of Cu1-xNixFe2O4 nanoferrites

Talaat M. Hammad

简短的沟通

Metallic Nanoparticles: Production of the Reduced or Reduce the Production?

Shampa Sen

简短的沟通

Futuristic Perspective of Industry 4.0 with Smart Materials

Nivetha Martin

简短的沟通

E-BABE- Heterogeneous nanostructures for electrochemical energy storage devices

Muhammad Usman

简短的沟通

Numerical analysis of the effect of the activation process on the formation of the microporous structure

Matthias Kaiser

简短的沟通

Study And Characterisation Of Ancient Terracotta Ring Well Found At The Excavation Site In Pattaraiperumbudur, Tamil Nadu, India.

Minnoo Grasa Abraham

简短的沟通

Enabling rapid Industrial innovation through novel AI Algorithms

Matthias Kaiser

简短的沟通

Duplex Stainless Steel in Biomedical Applications

Ali Sabea Hammood

简短的沟通

Mineral characterisation of ancient brick well at patteraiperumbudur, Tamil nadu, India

Alby Sara Mathew

简短的沟通

Material innovation toward three-dimensional brain-mimicking integrated circuit

Albert Chin

简短的沟通

Affective Computing - Bringing Humans and Machines Closer Through Emotions

HÃÆÃÂ¥kan Silfvernagel

简短的沟通

Applying Deep Learning Insights for the Training of Robots & Self-Driving Cars using ROS and Open Source software

Bernardo Ronquillo JapÃÆÃÂ³n

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