Sentence examples for substances at temperatures from inspiring English sources

Germany J. Georg Bednorz, in full Johannes Georg Bednorz (born May 16, 1950, West Germany) German physicist who, along with Karl Alex Müller, was awarded the 1987 Nobel Prize for Physics for their joint discovery of superconductivity in certain substances at temperatures higher than had previously been thought attainable.

NH3 and HCN were formed with comparable activation energies competed to consume the same reactive substances at temperatures of 300 800 °C.

Heating the substance at temperatures of about 450° C (842° F) and higher enables the trapped electrons to return to their normal positions, resulting in the release of energy.

Swiss physicist who, along with J. Georg Bednorz, was awarded the 1987 Nobel Prize for Physics for their joint discovery of superconductivity in certain substances at higher temperatures than had previously been thought attainable.

Devising a method of determining the vapour densities of inorganic substances at high temperatures (1871), Meyer found that diatomic molecules of iodine and bromine dissociate into atoms upon heating.

This effect is obviously due to a softening of the substances at elevated temperatures.

Out of the aqueous extracts prepared in three different ways, hot water extract of seeds (prepared at 40°C) gave better inhibition zones as compared to extracts prepared at ambient temperature of water and boiling water; which might be attributed to the incomplete leaching of the antibacterial substances at ambient temperature and the loss of the active ingredient/s during boiling.

The storage of drug substance at subzero temperatures mitigates potential risks associated with liquid storage, such as degradation and shipping stress, making it the best solution for long-term storage.

In theory, nothing about vaping which just heats a tincture of a substance at high temperatures to create a vapor to inhale should change the risk profile of CBD.

Supercritical fluids (SCFs) are substances at pressures and temperatures above their critical values.

Materials with tightly bound atoms or molecules, such as the crystals formed below melting temperature by most substances or simple compounds and the amorphous structures formed in glass and many polymer substances at sufficiently low temperature, are usually considered solids.