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References in periodicals archive ?
The pyrolysis characteristics of these three [beta] resins were studied by TG/DTG analysis, FTIR spectroscopy, and curve-fitting method. The pyrolysis of [beta]-1 showed a two-step mass loss, and the pyrolysis of [beta]-2 showed a one-step mass loss.
Wang, "Research of automatically piecewise polynomial curve-fitting method based on least-square principle," Science Technology and Engineering, vol.
The gradient-based curve-fitting method fits the COM curve well (Fig.
In this paper we present a simple and novel method to define the equivalent parameters of the PVEH with the curve-fitting method. The equivalent parameters of the PVEH are assumed to take the following forms:
The curve-fitting method used here is based on an algorithm developed by Odedin and Afullo [19, 21] for modeling the probability density function (pdf) of the k-factor.
A simple equation to approximate the value of antenna driving point impedance is developed by mean of a curve-fitting method using the simulation results of [] under different board areas and cable lengths.
Although EnergyPlus has not used the curve-fitting method for simultaneous space cooling and water heating for VRF systems, the results in Table 7 prove that the same methods can be reused with confidence by simply replacing the temperature of the air entering an air-cooled condenser with the water temperature entering the water heater.
When compared against the existing correlations, Ghajar and Asadi's (1986) curve-fitting method and Huai et al.'s (2005) correlations were found to most closely predict the present experimental heat transfer data among the various correlations examined.
A curve-fitting method [Renka 1987; 1993] has been developed that eliminates the numerical instability in exponential tension splines and automatically selects the minimum tension required to not only preserve local monotonicity and convexity, thus avoiding extraneous inflection points, but also to satisfy user-specified bounds on function values and first derivatives.
The most widely used procedure to date has been the curve-fitting method, whereby differential scanning calorimetry (DSC) provides constant heating rate scans of glasses with various structural states ([T.sub.f] values) and attempts are then made to obtain a best fit of the theoretical model to these experimental data.
For the curve-fitting method, both the pollen- and seed-dispersal distributions were best described by an exponential probability density ([R.sup.2] = 0.96 and 0.97, respectively).