Retained energy

The ability of some of them to retain energy in compounds and distribute it. 

The general ability to retain energy in certain compounds due to kinetic stability. 

The system has optimal retained energy over a stable state. 

The shorter the linear diol chains, the better the compression set and the higher the melt temperature of the polyurethane elastomer. The hysteresis curve shows the least retained energy, thus giving a lower heat buildup under load. These desirable properties can be achieved more readily by the diols ranked in the following series ... 

The polyurethane can be considered to consist of two components, somewhat like the physics spring and dash pot model for viscous materials. The elastic component (spring) stores and returns the energy. The second or viscous area (pot) converts the retained energy into heat. This is an important property in the design and selection of polyurethanes. The design of the... 

This expression is valid only when the electric field does not cause heating of the ions, that is, when the ions are no longer thermalized and retain energy acquired from the field. This condition is normally used in IMS drift tubes in which only a few collisions are needed for the ion to reach thermal equilibrium with the neutral molecules. 

Another complication typical for polyatomic molecules is that the dissociation products in so far as they are molecules themselves retain energy not only in the form of electronic excitation but also as vibrational and rotational energy. These facts, too, tend to make the points in the spectra where predissociation sets in less well defined and more difficult to interpret. 

Cheng 2002) appUed wavelets and wavelet packets to compress crash pulse based on the thresholds balancing the level of compression and retained energy. It yields a simpUfied representation of a crash signal, which can be used in the injury criterion calculation and sensitivity analysis. He also performed a correlation analysis on the decomposed and segmented signals to find the dependencies on the dynamic behavior of different structural components. 

This observation is consistent with experimental evidence for this reaction [59, 61], as well as our earlier QCT work [101] and previous QM calculations on the LTSH PES [98, 99]. Interestingly, the vibrational excitation in the reactant has Uttle impact on the capture probabilities. This follows that the energy imparted in the OH vibration helps to surmount TS2 as the reaction coordinate at the saddle point is essentially the O-H stretch. However, this is possible only when the HOCO intermediate is relatively short-lived, rendering incomplete randomization of energy before surmounting TS2, which retains energy in the O-H bond. A short-lived HOCO intermediate is consistent with experimental observations [52,53,109,110] and our QCT studies of this system on this new PES [101,102]. 

Table 1. The energy metabolism measured as metabolizable energy (ME), heat production (HE), retained energy (RE), retained fat (RF) and body weight as well as the oxidation of protein (OXP),fat (OXF), and carbohydrates (OXCHO) in male mink kits exposed to adequate (FAPl) or low (FLPl) protein levels during foetal life combined with adequate (AP) or low (LP) protein allowance from 7 to 9.5 weeks of age.

The physical properties of the material depend on the phase of the material. When undergoing a phase change, the substance remains chemically identical, but its appearance (the way it appears to the naked eye) is different. The physical state, size, or shape may have changed but there is no creation of a new substance in a physical change. The identity of the substance is preserved. Important physical properties in engineering and chemistry include density, thermal conductivity (the ability of a substance to transfer heat energy), and specific heat (the ability of the substance to retain energy). 

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