Nest plate

Nest plate A retainer plate with depressed area for cavity blocks used in injection molding. 

Barrel plating of parts in copper cyanide solutions utilizes various formulations, some weaker, some stronger than the high speed baths. When plating parts that tend to stick together or nest during the barrel rotation, the free cyanide may need to be increased. This may require 35—40 g/L free potassium cyanide or more with an equal copper content. 

Lightly toss frisee with sherry vinaigrette, making small nests on the plate. 

Tumour cells (ascites or dissociated solid tumours) are plated out on a monolayer of feeder fibroblasts (see 7.1.4). After several days many different sorts of differentiated cells may be seen and also nests of embryonal cells. On repeated subculture these cells... 

The plate separator is a major configuration of gravity separators. This equipment uses differences in densities between oils and water as a principle separation technique. The module can be a single plate or three plates or may contain a nest of parallel plates, which is typically 10-20 mm wide. The operational principles of plate separators are to allow oil droplets rise to a plate surface where coalescence can occur and to form larger oil droplets, which are easier to separate. The performance of the plate separator can be enhanced by selecting appropriate plate designs or by the use of a coalescer. 

Baffles. Longitudinal baffles are used in the shell to control the overall flow direction of the shell fluid as in F, G, and H shells. The transverse baffles may be classified as plate baffles and axial-flow baffles (rod, NEST, etc.). The plate baffles (see Fig. 17.4) are used to support the tubes, to direct the fluid in the tube bundle at about 90° to the tubes, and to increase the turbulence of the shell fluid. The rod (and other axial-flow) baffles (see Fig. 17.5) are used to support the tubes, to have the fluid flowing axially over the tubes, and to increase the turbulence of the shell fluid. Flow-induced vibration is virtually eliminated in rod and other axial-flow baffles having axial shellside flows. 

V., Dow Chem. Co., Mitsui Toatsu Chem., Ltd., Neste Oy) Poly-lactic acid (PLA) for thermoforming, blow molding, extrusion of fibers and films. The available products include compostable bags, food containers, cafeteria plates, cutlery, medical and pharmaceutical articles,... 

A nested analysis of variance (ANOVA) was conducted for two control samples analyzed In 37 assays. Variability among replicate wells (within plates) accounted for more than 90% of the total variability for both controls. Among day and among plate (within day) variability constituted 5-10% and less than 1% of the total, respectively. This interwell variability is a characteristic of microplate ELISAs which Is not widely documented, but It Is known to those who work In this field. This variability Is due to several compounded factors. Including Intrinsic variability In the binding characteristics of the plates, pipetting error, thermal variations across the plate and Interwell variability of washing. The relative contributions of these factors have not been studied adequately. 

---