Sentence examples for real relaxation from inspiring English sources

It is shown in this paper that typical characters of frequency dependences of all complex moduli (shear, Young's etc)., and complex Poisson's ratios of real solid materials can be determined by transforming the causal and real relaxation and creep responses, respectively, from the time-domain into the frequency domain, even without having to specify the processes of relaxation and creep.

Pedicures, manicures, haircuts, hair color, and blow- outs were real relaxation for me.

Focus on relaxing one body part at a time until you find yourself in a state of real relaxation, and are able to notice all of the little things around you while keeping your eyes closed.

Due to the sign and location of these errors, they could easily be mistaken for real surface relaxations.

But "once you're in the yoga room, you haven't got all that anymore," she said, "you're concentrating on you, and put those thoughts aside, put your body in a good place, and come out of class feeling a real feeling of relaxation and it's going to be O.K.

Thus, the existence of various discrete and continuous states in the multilayer In0.4Ga0.6As/GaAs QD chain sample substantially complicates the real picture of relaxation and coupling of the QDs.

A real time dielectric relaxation investigation covering the frequency range from 10−2 to ∼105 Hz, on the film forming process in methylmethacrylate 2-ethylhexyl acrylate latex copolymethylmethacrylate 2-ethylhexyll ethoxylacrylateresented.

Sure, Norm Sherman is sitting in it shoeless, but he has no real need of rest or relaxation.

Real-time dielectric relaxation and rheological measurements are reported during the course of cure for three thermoplastic-modified thermoset resin blends.

Real-time dielectric relaxation spectroscopy (DRS), has been used to monitor changes in the dynamics of chain dipoles and of ions during the bulk polymerisation of an epoxide/boroxine system at different reaction temperatures TR in the range 60 120°C.

Numerical tests show that the Caputo type derivative model with the stretched exponential kernel can describe a much wider range of anomalous diffusion than the exponential kernel, implying the potential applicability of the new derivative in quantifying real-world, anomalous relaxation and diffusion processes.