Sentence examples for ratios of temperature from inspiring English sources
To realize efficient diagnosis for various degrees of blockage, the proposed DB-BDS uses the ratios of temperature differences between normal and abnormal operating conditions at one sensor to those at the other sensor.
The ratio of temperature and power consumption (TPR factor) is introduced as a signature of formulation design.
Furthermore, the simplified model for calculating the airflows in the UFAD system is deduced on the basis of the characteristic parameters and the ratio of temperature gradient.
The characteristic parameters as well as the ratio of temperature gradient are proposed, and thus the models are derived from the regression analysis.
The real measurable phase shift and amplitude ratio of temperature oscillation can be expressed as, Figure 2 The fluid volume for analysis corresponding to the experimental setup of Das et al. [11].
The microstructure evolution in the cladding layer was analyzed based on the ratio of temperature gradient to solidification rate (G / R) produced in laser cladding.
Dranchuk et al. (1971) defined pseudo-reduced temperature and pressure as the ratio of temperature and pressure to the pseudo-critical temperature and pressure of natural gas, respectively: T_{pr} = frac{T}{{T_{pc} }}, quad P_{pr} = frac{P}{{P_{pc} }} (3).
It is found that the presence of the energetic population of non-thermal hot ions δ, initial normalized equilibrium density of low temperature ions μ and the ratio of temperatures of low temperature ions to high temperature ions β do not only significantly modify the basic properties of solitary structure, but also change the polarity of the solitary profiles.
Specifically, changes in environmental temperature can profoundly alter the sex ratio of temperature-dependent sex determination (TSD) species, many of which are endangered.
The important process parameters controlled were: molar feed ratios of precursors, temperature, and residence time in the high-temperature flame region.
Available experimental data of about 110 metallic glasses show that the ratios of room-temperature strengths to low-temperature ideal strengths have universal upper and lower bounds.
