Results 201 to 210 of about 588,268 (266)
Multimodal machine learning for integrating heterogeneous analytical systems. [PDF]
Anal SciMuroga S +4 more
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Investigating Process-Structure-Property Relationships in Large-Scale Additively Manufactured Carbon-Filled PETg. [PDF]
Materials (Basel)Bock C, Ellis B, Rais-Rohani M.
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Correction: Measuring mental wellbeing in children aged 5 to 12 years: validation of the COMPAS-KIDS and COMPAS-PARENTS mental wellbeing scales in the general community. [PDF]
Front PsychiatryLam JR, Gatt JM.
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Machine Learning-Based Prediction of Polymer Properties Using Structure-Property Relationship Modeling. [PDF]
Polymers (Basel)Rahman MH +5 more
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The measurement of the properties of materials
Proceedings of the IEEE, 1986This review covers approximately 15 years of development in the techniques used to measure dielectric properties of materials over the frequency range 1 MHz to 1500 GHz. An introductory section summarizes the broad development trends and is followed by short sections which deal with developments at a more detailed level.
Mohammed Nurul Afsar +3 more
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Optical properties of materials
2005In this article, the optical properties of macroscopic materials are described, basing only on classical arguments. Starting from Maxwell’s equations in a medium, the propagation of electromagnetic (em) waves in isotropic, linear, and homogeneous materials is treated.
GUIZZETTI, GIORGIO, PATRINI, MADDALENA
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Materials and Material Properties
1991Membranes can be made from a large number of different materials. As mentioned in chapter I, a first classification can be made into two groups, i.e. biological and synthetic membranes. Biological membranes are essential for life on earth. Every living cell is surrounded by a membrane, but these membranes differ fundamentally in structure ...
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Magnetic properties of materials
1993The magnetic properties of materials only receive a satisfactory microscopic explanation by reference to the quantum structure of the constituent atoms and molecules. Quantum states of electrons are always dynamic in nature and they can involve surprisingly large internal electric currents.
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2016
Various cementitious materials are used in nuclear applications covering a broad range of environmental conditions and time scales. The characterisation of cementitious materials and the determination of their properties are a key issue for assessing the evolution of nuclear infrastructures.
Kevin Brown +4 more
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Various cementitious materials are used in nuclear applications covering a broad range of environmental conditions and time scales. The characterisation of cementitious materials and the determination of their properties are a key issue for assessing the evolution of nuclear infrastructures.
Kevin Brown +4 more
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1972
Elasticity. A material is elastic if it returns to its original shape when the straining force is removed. The greatest stress which can be applied without the material becoming permanently deformed is called the elastic limit. If the material is stressed beyond the elastic limit, only part of the strain will disappear on removal of the load and the ...
R. C. Stephens, J. J. Ward
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Elasticity. A material is elastic if it returns to its original shape when the straining force is removed. The greatest stress which can be applied without the material becoming permanently deformed is called the elastic limit. If the material is stressed beyond the elastic limit, only part of the strain will disappear on removal of the load and the ...
R. C. Stephens, J. J. Ward
openaire +1 more source