Corrective braces

When an SRV is opening, very high reaction forces can potentially occur, so correct bracing must be provided. The reaction forces are proportional with pressure and size and are highest on compressible fluids. 

Comparison of the above three equations with their corresponding parent equations for uniform particles, reveals that AZ and V calculated from the larger particles of dpI need to be corrected, due to the presence of the smaller particles, by factors shown in the large braces of these equations, all involving the factor MeA "in which M=ut2/utI and A =n2-nl. Variation... 

Braced to withstand impingement by the relief effluent stream. Also the calculated liquid level in the separator should be corrected... 

The term in braces in this equation and in Eq. 13 is always unity but is retained to keep the equations dimensionally correct. 

The last term in the braces is ultraviolet divergent, but it exactly cancels in the sum with the point proton contribution in (11.12). The sum of contributions in (11.12) and (11.13) is the total proton size correction, including the Zemach correction. According to the numerical calculation in [6] this is equal to AE = —33.50 (55) x lO Ep. As was discussed above, the Zemach correction included in this result strongly depends on the precise value of the proton radius, while numerically the much smaller recoil correction is less sensitive to the small momenta behavior of the proton form factor and has smaller uncertainty. For further numerical estimates we will use the estimate AE = 5.22 (1) X 10 Ep of the recoil correction obtained in [6]. 

From this equation, we can see that the total nonideality correction (in braces) contains a negative contribution (first bracketed term) that is indeed proportional to the attractions constant a, while the positive contribution (second bracketed term) is proportional to the finite-volume repulsions constant b, as was supposed in the interpretation of experimental Z behavior in Fig. 2.2. One can also see that the attractions term is linearly proportional to density n/V, whereas the repulsions term is proportional to squared density (,njV)2, so that the former must always prevail at low density (low P) and the latter at high density (high P), as was shown in Fig. 2.2. Furthermore, one can recognize from the 1 /RT prefactor that the entire nonideality correction must diminish with increasing P, as was noted in Fig. 2.3. Thus, regardless of the particular values chosen for a and b, the Van der Waals equation is expected to exhibit both pressure and temperature dependences that are qualitatively consistent with the observed Z(P, T) behavior. 

The third, fourth and fifth terms in braces in equation (2.141) represent small adiabatic corrections to the potential energy function. They all have a /r 1 reduced mass dependence, unlike Knuci(7 ), and so are the origin of the isotopic shifts in the electronic energy [5],... 

Related Calculations. For large-diameter mills using makeup balls of relatively small maximum size, it is often necessary to subtract a slump correction [4] from the braced term of the empirical... 

Note that we must maintain the correct sign when the operators in the braces, are reordered. 

Conversely, if the concrete contractor is careless, and the braces of his forms slip, the weight of the concrete can bulge the wall inward at the center-perhaps not everywhere, but in only one short section. If this is not corrected, and if the membrane and brick are laid over this reverse curve, as the brick grow they will push into the tank, away from the supporting wall, so the brick will separate from the membrane and wall, and eventually fall in. 

Referral is always necessary, for orthotic treatment (support or bracing to correct the deformity) or corrective surgery. 

Cut three 12" pieces of 5/8"x /s" aluminum u-channel for pressure braces. Drill Vs" holes on either side of the channel to match the holes in the PVC plate so that they mate correctly. 

In the above expressions, the terms inside the braces give rise to the corrections of the activation energy due to adsorbate interactions. 

Commercially available knee braces are currently manufactured om neoprene, knitted fabrics, foams or a combination of these. When tested, these have proven to be very uncomfortable this means that wearers are not able to withstand them for as long as they should, especially when performing physical activity [9,10]. It has also been found that many of these products do not offer the correct compression levels required for knee braces. 

Here the first term between braces represents the usual Franck-Condon contribution [cf. Eq. (24)], the second term the linear vibronic coupling correction proportional to pg and thus and the third the bilinear correction proportional to The correction terms will in general be... 

The terms in braces in Eq. (78) may show constructive or destructive interference, depending on the sign of B and the sign of and hence Moreover, the sign and the magnitude of the vibronic correction varies with V. Similar arguments apply to the overtone REPs. 

---