As of 2008 no longer published by Elsevier, please contact the National Institute of Materials Science in Japan
Background: To date, there are many Journals dealing with materials and their functions. For most of them, however, the core
is generally derived from the separate viewpoints of ... click here for full Aims & Scope
As of 2008 no longer published by Elsevier, please contact the National Institute of Materials Science in Japan
Background: To date, there are many Journals dealing with materials and their functions. For most of them, however, the core
is generally derived from the separate viewpoints of physics, chemistry, and electronics, not necessarily from that of multifaceted materials
themselves.
It has been recognized that the key issues in the development of the advanced materials field in the future, is how to
realize the fruits of the advances in Materials Science and Engineering research, as evidenced by the block of knowledge stored in the
Materials' archives for the last 30 years.
In order to attain the purpose, each researcher is encouraged to develop his/her specialist
field by gaining knowledge from all the fields of multifaceted materials, functions, and processing.
This point of view is in direct
contrast to the concepts expressed through the established, traditional journals.
Purpose and scope: Science and Technology
of Advanced Materials offers an international forum presenting refereed original contributions at the forefront of materials science
research, and occasionally includes reviews of articles in the rapidly growing fields of materials research, such as nano-, bio- and
ecomaterials. We also publishes special issues featuring on-going research projects and other materials research activity.
The journal
publishes research involving all aspects of materials science, including theoretical analysis, synthesis and processing, phase and structure
analyses, characterization, properties, engineering and applications. Emphasis is placed on the interdisciplinary nature of materials
science and particularly close attention is paid to the latest trends in materials research.
The multi-faceted nature of materials
science is more prominent in the rapidly-growing nanotechnology-related fields, where researchers are confronted by the necessity not
only to develop their specialty within the specific scientific field, but also to gain knowledge from various other fields of materials
science. The interdisciplinary nature of Science and Technology of Advanced Materials will help readers to understand various
aspects of materials research outside their own core expertise.
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