Sentence examples for transform temperature from inspiring English sources

The results indicated that the crystallization temperature of LiFePO4 was 453 °C, while the transform temperature was 539 °C from Li3Fe2(PO4)3 to LiFePO4.

The temporal variation in heat mortality relationships was estimated in each location with time-varying distributed lag nonlinear models, expressed through an interaction between the transformed temperature variables and time.

To determine whether AspC could substitute for the S. cerevisiae septins, we transformed temperature-sensitive cdc3, cdc10, cdc11 and cdc12 yeast strains with aspC driven by the constitutive ADH1 promoter.

The $13.9 million project, financed in part by the Department of Energy, will be a significant test of the technologies that have been developed to transform high temperature superconductors, which are by nature brittle and stiff, into flexible wires.

The covariates examined were: sex, age (continuous), food absorption with the drug, anaemia on admission (haematocrit <30%), parasite count on admission (log transformed), elevated temperature on admission (temperature measured by any method at ≥37.5°).

The analysis of an individual temperature curve included the following steps: (1) transforming the temperature in difference with regard to the initial temperature ΔT = f(t); (2) rising to the square ΔT2 = f(t); (3) checking the linearity of this curve; and (4) determining the value of the slope α of this curve.

Organic Rankine Cycles (ORC) transform low-temperature heat into electrical power.

Organic Rankine Cycles (ORC) can transform low-temperature heat into electrical power.

To make the channels being able to grow freely in the domain, a new method called 'conductivity spreading approach (CSA)' is developed to transform nodal temperatures of growing channels into those of the underlying ground structure.

Peroxo-polytitanic acid foams annealed at temperature above 500 °C lose volatile components and excess of oxygen providing anatase in the form of thin leaves consisting of intergrown nanocrystalline anatase particles which transform at temperatures above 850 °C to rutile.

Specifically, a new treatment called 'conductivity spreading approach (CSA)' is proposed to transform nodal temperatures of cooling channels into those of the background mesh, by which cooling channels can be separated from the underlying grid so that they can branch and extend freely along any direction.