Unless the cheese is made from the best quality of milk, it is likely to undergo undesirable fermentations when ripened at high temperatures.
The heating of the butter fat to high temperatureshas an injurious effect on the texture of the butter, unless the cream is cooled to 50 deg.
If the cheese is kept at high temperatures, the ripening proceeds rapidly; the cheese is short lived, and has a sharp, strong flavor, and generally a more or less open texture.
High temperatures, on the other hand, will destroy any form of life, whether in the vegetative or latent spore stage.
The singular power which the body possesses of resisting great heats, and of breathing air of high temperatures, has at various times excited popular wonder.
Nevertheless, in certain cases, the temperature coefficient of conductivity becomes negative at high temperatures, a solution of phosphoric acid, for example, reaching a maximum conductivity at 75 deg.
For aluminum chemicals materials low in iron and titanium are preferred; and for refractories which must withstand high temperatures, low iron content seems to be necessary.
These minerals are formed mainly under high temperatures, either during the original solidification of igneous rocks, or as constituents of the pegmatites which follow the crystallization of the main igneous masses.
Powdered aluminum is used for the production of high temperatures in the Thermite process, and is a constituent of the explosive, ammonal, and of aluminum paints.
The answer to these questions must be sought in the results of the chemistry of high temperatures.
The carbides and other compounds of some metals are not stable at high temperatures, being reduced by gaseous carbon to the free metals, which remain then in the gaseous form.
With sulphur it unites at high temperatures, forming sulphurets (sulphides of boron); and when placed in chlorine gas it spontaneously inflames, and a gaseous chloride of boron is formed.
High temperatures, on the other hand, will destroy any form of life, whether in the vegetative or latent stage.
According to Gorini,[201] certain of the Tyrothrix forms function at high temperatures as lactic acid producing bacteria, while at lower temperatures they act as peptonizers.
Acheson, One of the Pioneers in the Investigation of High Temperatures.
Acheson, whose name stands with that of Moissan as a pioneer in the investigation of high temperatures.
Then, he proceeds to make, if he can, a dye of unfading permanence, an insulator resistant to high temperatures, an alloy which when subjected to heat or cold remains unaltered in dimensions.
Austenite is hard and brittle when cold, is stable at high temperatures, and is slowly transformed by reaction into compounds of ferrite or cementite.
The abnormal specific heats of the halogen elements may be due to a loosening of the atoms, a preliminary to the dissociation into monatomic molecules which occurs at high temperatures.
Some forms, ordinarily producing light, will grow, but fail to luminesce at high temperatures.
Such deposits are due to the fact that water loses its soluble power at high temperatures or because the concentration becomes so high, due to evaporation, that the impurities crystallize and adhere to the boiler surfaces.
Although comparatively nothing is known concerning the heat radiation from gases at high temperatures, there is no question but what a large proportion of the heat absorbed by a boiler is received direct as radiation from the furnace.
It is a powerful reducing agent, especially at high temperatures.
High temperatures, especially those produced by live steam, appear to destroy these organic compounds and therefore both to retard and to limit the reabsorption of moisture when the wood is subsequently exposed to the atmosphere.
When exposed to the sun and wind or to high temperatures in a drying room, the water will evaporate more rapidly from the outer than from the inner parts of the piece, and more rapidly from the ends than from the sides.
Rapid drying produces less shrinkage than slow drying at high temperatures, but is apt to cause case-hardening and honeycombing, especially in dense woods.
Wood shrinks most when subjected, while kept moist, to slow drying at high temperatures.
High temperatures as well as excessive humidity prevail throughout this region.
The above list will hopefully provide you with a few useful examples demonstrating the appropriate usage of "high temperatures" in a variety of sentences. We hope that you will now be able to make sentences using this group of words.
