Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Fixing devices

Oil-less type of image forming devices have been developed that do not use release oil in the fixing device. Instead of using release oil, a release agent like wax is added in large amounts within the toner formulation. [Pg.55]

Two test tubes (16 x 160 mm)> two stands with fixing devices, 200-mL beaker, pneumatic through, pipette, safety glass, protective gloves. [Pg.33]

X 20 cm, 1-2 mm thick), gas burner, stand with fixing device, pincette, safety glasses, protective gloves. [Pg.43]

Glass tube 50 cm long with stopper, stand, clamp, fixing device, protective gloves, safety glasses. [Pg.178]

Two 300-mL beakers, 1-L beaker, 2-L beaker, watchglasses, funnels with fluted filter papers, stand with fixing device, glass rods, gas burner, tripod with wire gauze net, cross made of brass or steel with a roughened surface, balance, porcelain spoon, strand of wool, safety glasses, protective gloves. [Pg.321]

When fixing the adherends, it has to be considered that a later adjustment is not possible. It is recommendable to use a fixing device (edge, or the like, to align the adherends with). [Pg.51]

For individual bonds, screw clamps and weights are suitable for pressure application, however, these technical aids are only reasonable for small numbers of items. For series bonds it is necessary to manufacture special fixing devices according to the geometry of the adherends. [Pg.79]

Figure 8.29. Cross-sectional detail of DTGA reactor (38). a. Sample b, sample container c, platinum pipe d. alumina pipe e. outer alumina pipe f. fixed device g, stainless steel cap h, O-ring i, screw joint ], fc, stainless steel pipe (inner diameter 2 mm). Figure 8.29. Cross-sectional detail of DTGA reactor (38). a. Sample b, sample container c, platinum pipe d. alumina pipe e. outer alumina pipe f. fixed device g, stainless steel cap h, O-ring i, screw joint ], fc, stainless steel pipe (inner diameter 2 mm).
Structural desigu. The fafade is assembled of elements with single dimensions of 2.51 mx 4.88 m providing a cladding area of 12.2 m each. On the backside of the slab, two concrete webs were arranged deliberately instead of typical metallic substructures as known from natural stone fa9ades to brace the slab and accommodate the fixing devices (Fig. 4). [Pg.124]

Since the overall thickness of the webs measures 10 cm, standard fixing devices could be used. It was necessary to widen the webs at the top in order to place the precast panel anchors and spacer bolts properly. The slab thickness of only 30 mm is determined in such a manner that the concrete will not crack under service loads. Due to the small thickness of the facing and regarding the casting... [Pg.124]

A device that detects the presence of various gases within an area, usually as part of a system to warn about gases that might be harmful to humans or animals. Various types of gas detectors are used to detect primarily combustible, toxic, and oxygen levels (i.e., deficiency), and carbon monoxide and carbon dioxide gases. They are typically used in confined spaces, utilities and chemical plants, industrial hygiene applications, and air quality testing. They can be fixed devices or portable devices worn by an individual. See also Combustible Gas Detector. [Pg.140]

Fig. 34. BN-chamber. 1 solvent reservoir 2 feed tube communicating with the trough (4) 3 holding or fixing device for the cover plate 5 connections for water cooling 6 connection for heating giving continuous flow 7 cooling block on which the TLC-plate rests 8 heating block 9 foot-rests for holding the chamber (Firm 44 s... Fig. 34. BN-chamber. 1 solvent reservoir 2 feed tube communicating with the trough (4) 3 holding or fixing device for the cover plate 5 connections for water cooling 6 connection for heating giving continuous flow 7 cooling block on which the TLC-plate rests 8 heating block 9 foot-rests for holding the chamber (Firm 44 s...
Figure 17.10 Fibrin clot application in upper limb nonunions for mesenchymal stem cell delivery, (a) Fibrin clots loaded with cells in the pan, and autografts on the table, (b) Application of the constructs with fixing devices, (c) Histological micrograph (hematoxylin and eosin stain) showing living cells in the fibrin construct. Original magnification x 400. Figure 17.10 Fibrin clot application in upper limb nonunions for mesenchymal stem cell delivery, (a) Fibrin clots loaded with cells in the pan, and autografts on the table, (b) Application of the constructs with fixing devices, (c) Histological micrograph (hematoxylin and eosin stain) showing living cells in the fibrin construct. Original magnification x 400.
Jling of these iieras is achieved by fixed devices (e.g., iavits or trolley beams) or by mobile equipment (e.g., ranes). When davits or beams are used, they are lo-rated at the top of the tower, accessible from a platoon, and designed to lower the heaviest removable tern to a designated drop area at grade. When mobile xjuipment is used, a dear space must be provided at... [Pg.253]

Cylindrical surfaces may arise not only in the center of the flow but also near the wall of the air conduit. Thus, for fixing the walls of certain air conduits, for example in mine drifts, it is customary to use fixing devices ordinarily constituting cylindrical surfaces. The air flow passes around these surfaces. The particular characteristics governing the way in which air flows aroimd cylindrical surfaces in contact with a plane determine the deposition and adhesion of the aerosol particles. [Pg.237]

The reduction in the dust concentration arising from adhesion when a dust-laden flow passes successive fixing devices may be de-... [Pg.237]

This equation holds for specific conditions. The distance between the fixing devices is no greater than five or six times their diameter, the flow cross section is a few square meters, the flow velocity is no greater than 1 m/sec, and the particle diameter has a maximum of 10 p,... [Pg.238]

PRODUCTION-RELATED DESIGN This concerns detailed construction of the apparatus in consideration of aU details like fixing devices, insulation fastener, eyebolts etc. [Pg.42]

The first application is to add a channel, i.e. haptic, to convey communicative meaning for interpersonal communication in a ubiquitous context. The chosen scenario is the communication between people at home with a fixed device, i.e. picture frame equipped with a set of pre-stored images with related tag information, and family members on the move with their GPS enabled mobile devices. The main objective of this experiment is to investigate the users understanding of haptic meaning. [Pg.596]

Substantial work in the area of Ad Hoc netwoiks has been presented in the last few years. The characteristic feature of these types of netwoiks is the use of radio channels to promote communication between their nodes and the absence of fixed devices centralizing netwoik communication, meaning that two nodes can communicate directly once they are within each other s transmission area. Whenever two nodes are quite distant from each other, intermediate nodes in the netwoik can participate as intermediaries in this communication, carrying out routing functions of the messages between origin and destination nodes. [Pg.340]


See other pages where Fixing devices is mentioned: [Pg.2042]    [Pg.892]    [Pg.1800]    [Pg.560]    [Pg.180]    [Pg.183]    [Pg.280]    [Pg.503]    [Pg.2046]    [Pg.110]    [Pg.631]    [Pg.100]    [Pg.125]    [Pg.126]    [Pg.128]    [Pg.118]    [Pg.43]    [Pg.563]    [Pg.238]    [Pg.38]    [Pg.404]    [Pg.1284]   
See also in sourсe #XX -- [ Pg.237 , Pg.238 ]




SEARCH



© 2024 chempedia.info