Sentence examples for over a broad composition range from inspiring English sources

At room temperature an unusual inverse bicontinuous cubic phase formed over a broad composition range.

These alloys are located over a broad composition range from (at.%): Mg – 38 76, Ag – 0 38, Cu – 0 36 and Ca – 7 27, some of which are located far from ternary eutectic reactions.

Fluorescence spectroscopy is used to measure component glass transition temperatures (Tgs) in miscible blends of pyrene-labeled poly methyl methacrylate) (MPy-labeled PMMA) with poly ethylene oxide) (PEO) or poly vinyl chloride) (PVC) over a broad composition range.

The blend morphology was found to be co-continuous over a broad composition range of 30 80 vol.% of the filled PC phase as verified by selective extraction of PC and morphological investigations.

Additionally, interpenetrating blends formed over a broad compositional range.

We have recently reported, that metastable NaCl-structure (c) Ti1−xAlxN decomposes to form c-TiN and c-AlN domains, and that the chemical requirement for spinodal decomposition is fulfilled over a broad composition and temperature range.

(K ) Time to peak of NaV resurgent current over a broad range of voltages.

Dual continuity was found for the initial morphology of the reactive blends over a broad range of composition in contradiction with the phase inversion rule: ΦAηB = ΦBηA.

The mol fraction of the sulfonic acid-based group, AMPS, has been varied over a broad range of composition in the copolymers, and these have been characterised using differential scanning calorimetry (DSC), polarised light microscopy (PLM), Fourier Transform Infrared Spectroscopy (FTIR) and X-ray diffraction (XRD).

The bulk morphologies are thoroughly characterized by transmission electron microscopy (TEM) and small angle X-ray scattering (SAXS) and display unusually broad stability regions, i.e. morphologies are observed over a broad range of compositions.

Our research data establish that (1) the nanoscale structure can be preserved up to 900 °C, (2) anatase is the primary phase, (3) the phase composition remains constant over a broad temperature range, (4) anatase-to-rutile transformation and formation of L-Ta2O5 do not occur below 800 °C, and that (5) the films contain a non-negligible fraction of Ti3+ species.