This work presents a complete temperature sensing solution based on a conformal laser-reduced graphene-oxide temperature transducer acting as thermistor.
Suzuki et al. (2013) also obtained two-oxide temperature and oxygen fugacity of 861 874°C and NNO+1.5 for white pumice, 925 871°C and NNO+1.5 for gray pumice and 886 864°C and NNO +1.5 for lava block.
The nitric oxide concentration, temperature and flame burning velocity are measured with non-intrusive, laser diagnostic methods.
Cylindrical and re-entrant cavity filters were fabricated, using seeded melt grown yttrium barium copper oxide high temperature superconductors.
DI, deionized water; FT-IR, Fourier transform infrared; GnP, graphene nanoplatelets; GO, graphene oxide; T, temperature, K; TEM, transmission electron microscope; UV, ultraviolet; XRD, X-ray diffraction.
Samples of FENO collected before and after the trips were regressed against microenvironmental and ambient particle concentrations using mixed models controlling for subject, day, trip, vitamins, collection device, mold, pollen, room air nitric oxide, apparent temperature, and time to analysis.
Carbides are prepared from carbon and an element of similar or lower electronegativity, usually either a metal or a metal oxide, at temperatures of 1,000 2,800 °C (1,800 5,100 °F).
Lead tin yellow type II was prepared by the calcination of lead tin yellow type I and silicon oxide at temperatures between 800 900°C.
EuS is prepared by sulfiding the oxide at temperatures sufficiently high to decompose the Eu2O3: Eu2O3 + 3 H2S → 2 EuS + 3 H2O + S The main nitride is europium III) nitride (EuN).
The same instrument was used to study the reactivity towards oxygen of the perovskite oxides, performing temperature-programmed oxidation (TPO) measurements.
Open image in new window Figure 8 SEM images of cobalt oxides at temperatures of 40 C (a), 60 C (b), 80 C (c), and 100 C (d).
