Operating weight

A simple, non-selective pulse starts the experiment. This rotates the equilibrium z magnetization onto the v axis. Note that neither the equilibrium state nor the effect of the pulse depend on the dynamics or the details of the spin Hamiltonian (chemical shifts and coupling constants). The equilibrium density matrix is proportional to F. After the pulse the density matrix is therefore given by and it will evolve as in equation (B2.4.27). If (B2.4.28) is substituted into (B2.4.30), the NMR signal as a fimction of time t, is given by (B2.4.32). In this equation there is a distinction between the sum of the operators weighted by the equilibrium populations, F, from the unweighted sum, 7. The detector sees each spin (but not each coherence ) equally well. 

Normally, the geometric mean exposure value is used, with an operator weight of 65 kg and a time period of a typical work day (5 hours) in the EEC calculation. When this is done, the safety factor for application of cyromazine on potatoes is 40. For comparison, the values by the EEC method for individual operators are presented in Table 4. All operators had large safety factors. The values were a6000 by the U.S. EPA method. In the EEC method, any AOEL value greater than 1 is considered acceptable, as the actual safety factor is built into the calculation. The U.S. EPA factors followed the same pattern of high and low values as the EEC results. 

Use drilling area/operating weights for future equipment yes... 

All three forms of the dipole matrix element are equivalent because they can be transformed into each other. However, this equivalence is valid only for exact initial- and final-state wavefunctions. Since the Coulomb interaction between the electrons is responsible for many-body effects (except in the hydrogen atom), and the many-body problem can only be solved approximately, the three different forms of the matrix element will, in general, yield different results. The reason for this can be seen by comparing for the individual matrix elements how the transition operator weights the radial parts R r) and Rf(r) of the single-particle wavefunction differently ... 

The alignment algorithm computes an alignment between two RNAs, which is equivalent to an edit transcript composed of edit operations weighted with edit costs. For the multiple alignment step, these costs have to be transformed into similarity weights. 

For Vessel Shell of Constant Diameter. Axial tension is determined (as a worst condition) with design pressure, operating weight and maximum wind pressure. Axial compression is determined (as a worst condition), with operating weight and maximum wind pressure but with no internal pressure. 

Skirt Thickness. The skirt loading is calculated with operating weight and full wind pressure and with test weight and full wind pressure. 

Power tools Up tolkW Drill, screwdriver, grinder, vacuum cleaner, angle Sander, hedge clipper, pumps etc. Secondary batteries Time of operation, weight... 

Operating weight Empty weight plus any operating... 

Cv = coefficient from Table 3-9b Ca = coefficient from Table 3-9a S =site coefficient (1.0-2.0 based on soil profile) Wo = operating weight of vessel, lb w = uniform weight of vessel or stack, Ib/ft F( —lateral force applied at top of structure, lb Ft==0.07TV or 0.25V whichever is less, or =0, if T <0.7 sec H = overall height of vessel, ft D = outside diameter of vessel, ft T = period of vibration, sec (see Figure 3-7) y = deflection, in. 

VVq = operating weight of vessel, lb Ml = longitudinal bending moment at saddles, in.-lb M2 = longitudinal bending moment at midspan, in.-lb... 

Vessel O.D. Maximum Operating Weight A B C D E f C H Bolt Diameter e Approximate Weight/Set... 

If moment Mj, is from seismic, assume Wj, as the operating weight at the base. If M, is due to wind, assume empty weight for computing the maximum value of f[,T and operating weight for Tlc-... 

Wo = operating weight of vessel above ring elevation, Ib/in. 

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