Relaxed mind

Explosives are sensitive materials which are inherently hazardous unless proper care is taken and work is done with a relaxed mind. Any work done in a hurry while handling explosives may prove to be disastrous. A casual attitude adopted... 

Work slowly and deliberately with a relaxed mind. 

Dispose of explosive waste with a calm and relaxed mind without any hurry. 

Aiiger peaks also appear in XPS spectra. In this case, the x-ray ionized atom relaxes by emitting an electron with a specific kinetic energy E. One should bear in mind that in XPS the intensity is plotted against the bindmg energy, so one uses ( Bl.25.1) to convert to kinetic energy. 

Discuss ways to promote an optimal response to therapy, how to manage adverse reactions, and important points to keep in mind when educating patients about the use of an oxytocic drug or uterine relaxant. 

During the cleanse, it is best to avoid stimulants such as coffee, tea or sedatives such as alcohol. Avoid smoking. A calm emotional body is also best during this time. Do what it takes to be relaxed and avoid violent TV or novels. Spend time resting, contemplating nature or soaking in warm water scented with essential oils. Enjoy the process of purifying your body and mind. 

With these observations in mind, the simplest practical measure to reduce electrostatic discharge risks associated with vessel loading is to reduce the rate at which the dry solids are added to the vessel. This approach works because the slower rate of flow provides an opportunity for accumulating charge to relax away by various mechanisms before hazardous conditions become established. Often, the same type of flow limitation is effective in reducing the likelihood of ESD during vessel unloading. In many cases, the maximum safe rate of inflow (or outflow) has to be determined by empirical means. 

In this section, we shall only discuss the relaxation term however, before performing the detailed calculations corresponding to the precise Brownian model we have in mind, we shall first consider simpler cases, which already give a qualitatively correct description of the relaxation effect. 

The similarity to the Peclet number is obvious but we should also bear in mind the relationship to the Deborah number. This becomes clear when we consider the fact that the mechanism of stress relaxation is due to the... 

The above property of the chemical potential offers a convenient device for discussing the relaxational dynamics of near-equilibrium systems. By near-equilibrium one usually has in mind a system where each part, has reached equilibrium locally, but long wavelength modes have not been completely relaxed. This allows one to define a. local chemical potential /t(x) whose spatial variation serves as the driving force towards global equilibrium. 

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