GRID anchor

The so-called turbulent "V-shaped flames" are the flames anchored behind a rod or a catalytic wire in a flow where turbulence is generated by an upstream grid. Trinite et al. [7,40] and Driscoll and Faeth [41] have studied such flames. Instantaneous images of rare beauty have been obtained from which it is very clearly seen that the turbulent flame brush width is continuously increasing downstream of the stabilizing rod, see Figure 7.1.13. 

Fontaine F, Pastor M, Zamora I et al (2005) Anchor-GRIND filling the gap between standard 3D QSAR and the GRid-INdependentdescriptors. J Med Chem 48 2687-2694... 

Fig. 4 Comparison of experimental ORD of fenchone with TDDFT calculations of the OR on a fine frequency grid, and with the ORD from a 7-anchor point CDKK (square markers). Data to prepare the plot were taken from [37]...

GRID has to rotate the probe, while keeping its oxygen firmly anchored at the grid point, until its hydrogen is redirected towards the nearby backbone sp2 carbonyl oxygen as shown in Fig. 1.3. 

Soil nails are similar to ground anchors, but on a much smaller scale, and they are not pretensioned. Nails are installed on a grid from the top down, as a slope results from excavation. Reinforced fill is a method of supporting a slope as it is being constructed, from the bottom up. Geotextile sheets are applied over the entire fill on layers several feet apart. Like nails, the sheets add shear resistance to the soil mass. 

Even up until now, the misconceptions of molecules in salt crystals are so strongly anchored that even in scientifically trained circles one is not using the correct mental model of ions or ion grids according to salt crystals. The historical development of models concerning structure of matter and the big number of misconceptions can be read more precisely in other places ([22, 23, 24]) and in Chap. 5. 

Since these catastrophic events were temporal and episodic, it was difficult to estimate the sediment transport due to individual wind storms. The calculation of SPM variation was, therefore, based on all grids and anchor stations investigations at stations E3 and B1 in the BH98 and BH99 cruises. The concentrations of resuspended SPM were estimated to be 1.97 4.48 mg/L at station E3 and 2.53 7.82 mg/L at station B1 by calculation of the variation of SPM concentrations integrated over the water depth. The phosphate and silicate loads at stations E3 and B1 were calculated by integrating phosphate and silicate concentrations over the water depth, which showed that released nutrients after resuspension could account for 1% for phosphate, 3% 6% for silicate, Q.2% 0.4% for nitrate and 4% 9% for ammonium at station E3, and 4% 52% for phosphate, 4% 83% for silicate, 2% 6% for nitrite, 0.6% 28% for nitrate and 2% 16% for ammonium at station Bl. The difference between stations E3 and Bl was due to the fact that the resuspension released nutrients at station E3 were from experiments at a constant solid-solution ratio, while those at station Bl were from the maximum release experiments at station Bl. It was clear that nutrient loads in the water colmnn were affected by resuspension of sediment, especially in shallow water areas. Resuspension... 

The first major activity undertaken by the Marine Farm Project involved studies of Macrocystis transplants moored on artificial structures in oceanic environments. The largest of three such experiments consisted of a three-hectare structure designed and installed by the Naval Undersea Center off San Clemente Island, about 100 km from the mainland. The structure consisted of a grid or network of ropes, deployed 15 to 20 m beneath the sea surface by a system of cables, buoys, and anchors ( ). Overall water depth ranged from about 70 to 150 m. Approximately 130 adult Macrocystis transplants were relocated onto the grid during summer and fall. 1974. The source of transplants was a nearby kelp bed at San Clemente Island which... 

Parallel planar geometries are used in some high-frequency triodes. A planar cathode is placed at the base of the tube, and a heavy planar plate is anchored at the top of the tube, with a flat-mesh control grid inserted between the cathode and plate. Close spacing between the plate and cathode is obtained in this manner so that electron-transit time from the cathode to the plate is minimized. 

At one extreme (the icebreaker reactor derivatives), the entire power plant is factory built on a barge which is towed to the customer s mooring site, anchored in a pre-prepared lagoon, and connected to a pre-installed power grid switchyard. Trans-ocean shipping times" (6 days for the Atlantic, 10 days for the Pacific) are so short that the logistics time interval for this class of plants could be no more than several months. Crew training and physical start-up tests are minimized because factory start-up tests are run and a trained Russian crew is assumed to arrive with the plant. 

There are no fuel assemblies in the core each fuel rod is anchored in the factory to the grid plate ... 

Field untwisting of a helix for thin cells with planar boundary conditions occurs differently from the case of an infinite cholesteric medium. For a field perpendicular to the axis of a cholesteric helix in the planar texture, a stepwise change in the pitch with increase in the field is predicted [128]. The size of the step increases with a decrease in the ratio 2electric field perpendicular to the helix axis has been observed for the case of planar cholesteric texture with a>0 and with strong anchoring of the molecules to the limiting surfaces [129]. Under these conditions the relaxation of the field-induced (i.e. untwisted) state is accompanied by the formation of spatially modulated structures in the form of strips or grids. 

The S-layer protein SbsB reassembles into flat mono- and double-layer sheets with a size of 1-3 p.m [80]. The addition of the purified high molecular weight secondary cell wall polymer which functions as an anchoring structure for the S-layer protein in the bacterial cell wall [81] inhibited the in vitro self-assembly of the isolated S-layer protein and kept it in the water-soluble state. Interestingly, the soluble monomeric and/or oligomeric S-layer protein recrystallized into closed monolayers on poly-L-lysine coated EM-grids to which the S-... 

For shear loading, ACI 318 Section D.6.2.9 indicates that anchor reinforcement should either be developed in accordance with ACI 318 Chapter 12 on both sides of the breakout surface, or should enclose the anchor and be developed beyond the breakout surface. In order to ensure yielding of the anchor reinforcement, the enclosing anchor reinforcement should be in contact with the anchor and placed as close as practicable to the concrete surface. (ACI 318 is based on research with the maximum diameter of the anchor reinforcement similar to that of a 5 bar.) When a grid of surface reinforcement is used as anchor reinforcement (Figure 3.15), only reinforcement spaced less than the lesser of O.Scai and 0.3c 2 from the anchor centerline should be included as anchor reinforcement, as shown by research with the maximum diameter of the anchor reinforcement similar to that of a 6 bar. In order to satisfy the equilibrium, edge reinforcement must be provided. 

Figure 3.15 Grid of Surface Reinforcement as Anchor Reinforcement for Shear...

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