Winding factor

Factor 3 North-south wind-factor (resulting from the north-south extension of the valley of Kosice) no detectable interaction with element precipitates no remarkable emission sources exist either in the north or in the south Factor 4 Mainly originating from emission by the magnesite plant positive interaction with the east-wind direction according to the position of the plant (Fig. 7-13)... 

A porous solid of volume V consists of the volume Vg of the solid material and VG = V — Vs the volume of the solid-free spaces. We call p = VG/V the void fraction. The resistance factor depends on the voidage of the porous body and on a diversion or winding factor /j,p such that the relationships... 

Riley, J.D., Ramster, J.W., October 1972. Woodhead Seabed Drifter Recoveries and the Influence of Human, Tidal and Wind Factors. J. Cons. Int. Explor. Mer. 3, 389-415. 

Volatilization. The susceptibility of a herbicide to loss through volatilization has received much attention, due in part to the realization that herbicides in the vapor phase may be transported large distances from the point of application. Volatilization losses can be as high as 80—90% of the total applied herbicide within several days of application. The processes that control the amount of herbicide volatilized are the evaporation of the herbicide from the solution or soHd phase into the air, and dispersal and dilution of the resulting vapor into the atmosphere (250). These processes are influenced by many factors including herbicide application rate, wind velocity, temperature, soil moisture content, and the compound s sorption to soil organic and mineral surfaces. Properties of the herbicide that influence volatility include vapor pressure, water solubility, and chemical stmcture (251). 

Other Fiber Deformations. Deformations such as bending, torsion, shear, and compression are of practical importance in textile apphcations. Bending and twisting of yams, both influential in the development of bulk and stretch in filament yams, are also important in the production of staple yams. Bending characteristics are important in cmsh resistance in carpets. Bending and shear are factors that influence the hand and drape of apparel fabrics, whereas compression influences the recovery of fabrics after such processes as winding. 

Solar Evaporation. Recovery of salts by solar evaporation (1 3) is favored in hot dry climates. Solar evaporation is also used in temperate 2ones where evaporation exceeds rainfall and in areas where seasons of hot and dry weather occur. Other factors (4,5) affecting solar pond selection are wind, humidity, cloud cover, and land terrain. 

Factors considered to affect pond performance are air temperature, relative humidity, wind speed, and solar radiation. Items appearing to have only a minor effect include heat transfer between the earth and the pond, changing temperature and humidity of the air as it traverses the water, and rain. 

Figure 12-25 provides a rapid method of determining the pond-area requirements for a given coohng duty. Di and Do are the approaches to equilibrium for the entering and leaving water, °F V Js trie wind velocity, mFh product PQ represents the area of the pond surface, ft /(gal-min) of flowto thepond. The P factor assumes a pond with uniform flow, without turbulence, and with the water warmer than the air. 

Temperature also affects production rates but, through its influence on the thermal expansion of water, it also induces changes in the depth of vertical mixing and resistance to wind-stirring processes. Reactions to temperature of other components of the food chain are also important in the regulation of phytoplankton biomass by consumers. Different phytoplankton species, with important morphological differences, are differentiated selectively by the interplay of these factors. " ... 

The external resistance adds up to the total impedance of the motor windings and limits the starting current. It also improves the starting power factor. 

Check for winding insulation by polarization index (Section 9.5) and dissipation factor, tan S (Section 9.6)... 

By monitoring the insulation condition of the windings during maintenance, at least once a year, which can be carried out by measuring (a) the polarization index (Section 9.5.3) and (b) the dielectric loss factor, tan S (Section 9.6) and making up the insulation as in Section 9.5.2, when the condition of the insulation is acceptable and only its level is less than permissible. 

One can thus easily obtain the significance of the factor 6 to represent the status of the most affected winding of the motor in the event of a voltage unbalance resulting in a negative sequence current component. For more clarity, consider equations (12.4) and (12.6) to ascertain the similarity in both these equations. Since both must represent the maximum heating effect... 

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