Sentence examples for melts such as from inspiring English sources

Molybdenum is rather resistant to attack by acids, except for mixtures of concentrated nitric and hydrofluoric acids, and it can be attacked rapidly by alkaline oxidizing melts, such as fused mixtures of potassium nitrate and sodium hydroxide or sodium peroxide; aqueous alkalies, however, are without effect.

Tungsten is rather resistant to attack by acids, except for mixtures of concentrated nitric and hydrofluoric acids, and it can be attacked rapidly by alkaline oxidizing melts, such as fused mixtures of potassium nitrate and sodium hydroxide or sodium peroxide; aqueous alkalies, however, are without effect.

However, the accurate measurement of these quantities is exceedingly difficult for high-temperature melts such as liquid metals.

In the room temperature part, applications based on chloroaluminate melts such as AlCl3 EMIC melts are described, including electrodeposition of Al and Al alloys, Li batteries and capacitors.

This stability is lost in initially Li+-free melts such as NaNO3-KNO3 wherapidpideteriorationof of the anode is observed.

Although in more complex melts such as basalt, F can also preferentially bond with Mg (Kiczenski et al. [2004]; Filiberto et al. [2012]) and form more complex bonds as Al-F-Ca or Al-F-Na (Zeng and Stebbins [2000]; Mysen et al., [2004]); Si-F and Al-F are always found.

Estimation of this value is fundamentally important in simulations of heat and mass transfer in stratified melt, such as in-vessel melt retention and reactor lower head failure.

The finding suggests that bryophytes are more resilient than was previously known, the authors say, and likely play a role in the early recolonization of areas revealed by glacier melt, such as those in the Canadian and Alaskan Arctic.

The cataclasite shows no indication of melting, such as the presence of fibrous microlite or vesicles, indicating that the maximum temperature of the Emi major thrust has not exceeded 1100 °C (Hamada et al. 2011).

Considerable variability is also to be expected in the delivery of nanoparticulate Fe oxyhydroxides by the iceberg conveyor belt, but areas of high iceberg density and rapid iceberg melting, such as the Weddell Sea, are likely to be a prime focus.

In order to obtain fundamental data pertaining to electrowinning of silicon from cryolite SiO2 melts, charge transport properties of the melt such as conductivity and electronic and ionic transference numbers were measured.