Results 301 to 310 of about 7,704,491 (343)
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Dental Clinics of North America, 2021
In the past, the only way to replace missing teeth was to have a removable appliance. However, these days, dental implants are commonly being used to replace missing teeth. The dental implants are improving as a result of new technological and scientific advances.
Allen, Glied, Junaid, Mundiya
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In the past, the only way to replace missing teeth was to have a removable appliance. However, these days, dental implants are commonly being used to replace missing teeth. The dental implants are improving as a result of new technological and scientific advances.
Allen, Glied, Junaid, Mundiya
openaire +2 more sources
Computational Materials Science, 2003
This paper focuses on describing the computational chemistry package, NWChem, and its use in materials science research. The current functionalities and capabilities are outlined, as well as future features. Specific computational examples are given to show the flexibility and usefulness of NWChem to answering materials science problems.
Aprà E +8 more
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This paper focuses on describing the computational chemistry package, NWChem, and its use in materials science research. The current functionalities and capabilities are outlined, as well as future features. Specific computational examples are given to show the flexibility and usefulness of NWChem to answering materials science problems.
Aprà E +8 more
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The materials science of collagen
Journal of the Mechanical Behavior of Biomedical Materials, 2015Collagen is the principal biopolymer in the extracellular matrix of both vertebrates and invertebrates. It is produced in specialized cells (fibroblasts) and extracted into the body by a series of intra and extracellular steps. It is prevalent in connective tissues, and the arrangement of collagen determines the mechanical response.
Vincent R, Sherman +2 more
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Materials science in Luxembourg
Nature Materials, 2014With its strategic location and firm commitment to investing in research, Luxembourg has ambitious plans to become a significant player in the international research arena.
Jens, Kreisel +2 more
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Science, 1981
The science of the solid state has joined nuclear science and molecular biology as a field of major importance in the latter half of the 20th century. It took particular shape during the genesis of solid-state electronics and the post-transistor era of integrated circuits for telecommunications, computers, and digital signal machines.
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The science of the solid state has joined nuclear science and molecular biology as a field of major importance in the latter half of the 20th century. It took particular shape during the genesis of solid-state electronics and the post-transistor era of integrated circuits for telecommunications, computers, and digital signal machines.
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Biological materials: A materials science approach
Journal of the Mechanical Behavior of Biomedical Materials, 2011The approach used by Materials Science and Engineering is revealing new aspects in the structure and properties of biological materials. The integration of advanced characterization, mechanical testing, and modeling methods can rationalize heretofore unexplained aspects of these structures.
Marc A, Meyers +4 more
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2017
This is the main chapter on materials science of rubber and elastomer. It includes their physical propertier, developments to functionality materials, unique crystallization of natural rubber as template crystallization, and their reactive processing features leading to thermoplastic elastomers.
Yuko Ikeda +3 more
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This is the main chapter on materials science of rubber and elastomer. It includes their physical propertier, developments to functionality materials, unique crystallization of natural rubber as template crystallization, and their reactive processing features leading to thermoplastic elastomers.
Yuko Ikeda +3 more
openaire +1 more source
Scientific American, 1986
Sometime in the eight millennium B.C. human beings conducted the first intentional transformation of an inorganic natural material into a new material displaying novel properties. The first spin-offs from real understanding of materials came later in the 19th century. It began with chemistry.
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Sometime in the eight millennium B.C. human beings conducted the first intentional transformation of an inorganic natural material into a new material displaying novel properties. The first spin-offs from real understanding of materials came later in the 19th century. It began with chemistry.
openaire +1 more source