Results 291 to 300 of about 6,253,748 (354)
Transferring Structural Design Principles from Bamboo to Coreless Filament-Wound Lightweight Composite Trusses. [PDF]
Mindermann P, Grupp ME.
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Hydrothermal alteration of Ryugu from a disruptive impact recorded in a returned sample. [PDF]
Schrader DL +3 more
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Plasma Arc Robot for Direct Wall High-Entropy Alloy Additive Manufacturing. [PDF]
Wu W, Wang H, Hu Y, Lu Y, She J, Ren X.
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Emerging materials for sample preparation
Journal of Separation Science, 2017AbstractThis review provides an update on the implementation of emerging materials as sorbents for sample preparation in combination with chromatographic separation. We have focused on recent applications of metal–organic frameworks, layered double hydroxides, porous carbons obtained from polymers or biomass precursors, and silicates (clays and ...
Fernando Maya +4 more
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Sampling of road surfacing materials
Journal of Applied Chemistry, 1970AbstractThe meaning and purpose of sampling are discussed. Results are presented from a series of road trials on the sampling of asphalt mixtures to demonstrate the importance of bias and variability introduced into test measurements by sampling. Further variability is introduced by the reduction in size by quartering of gross samples to the size ...
G. D. Goodsall, D. H. Mathews
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2017
A reactive material is a material which can undergo further reaction either with itself or another material or compound under environmentally-mediated conditions. Examples of these types of reactions include polymerization, hydrolysis and oxidation. Since these reactions can occur in the workplace under ambient conditions or even on sampling media, the
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A reactive material is a material which can undergo further reaction either with itself or another material or compound under environmentally-mediated conditions. Examples of these types of reactions include polymerization, hydrolysis and oxidation. Since these reactions can occur in the workplace under ambient conditions or even on sampling media, the
openaire +1 more source
2017
This chapter develops nested sampling into a powerful tool for the calculation of pressure-temperature phase diagrams, and demonstrates how it may be applied to single species and binary systems, including the Lennard-Jones system, a binary Lennard-Jones alloy, and an EAM model for Aluminium. A comparison to parallel tempering is also presented.
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This chapter develops nested sampling into a powerful tool for the calculation of pressure-temperature phase diagrams, and demonstrates how it may be applied to single species and binary systems, including the Lennard-Jones system, a binary Lennard-Jones alloy, and an EAM model for Aluminium. A comparison to parallel tempering is also presented.
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