Mixer Type

K depends on the mixer type and its value can be obtained from the vendor Hterature. [Pg.436]

Fig. 37. Various mixer types for dry soflds (a) the V-mixer, (b) ribbon blender, (c) vertical screw mixer, and (d) Nautamix.

Fig. 39. Various mixer types for viscous pastes (a) Banbury mixer, (b) siagle-screw extmder, and (c) co-rotatiag twia-screw extmder.

FIGURE 29.11 Effect of silanization in an open mixer on the Payne effect for different mixer types and fill factors (silanization time 150 s, temperature 145°C, T4 tangential 3.6 L, 15 intermeshing 5 L, 145 intermeshing 45 L, T7 tangential 7 L). [Pg.811]

Mixer and mixing vessel subclasses primarily are distinguished by the mixing energy, mixer type, and whether a jacketed vessel with vacuum capabilities is used in conjunction with a specific mixer. [Pg.440]

Three types of mixer are recognized, plus a miniature mixer which would provide just enough compound for a curemeter test and one sheet. Mixers types A] and A2 and the miniature device have non-interlocking (tangential) rotors whilst type B has interlocking rotors. Dimensions of the larger mixers are specified fairly precisely, including new and worn rotor clearances, and they are required to have temperature control, a system to record power or torque and a timer. The miniature mixer is only specified in terms of capacity, rotor speed and friction ratio but is required to control of temperature, indication of power and a timer. [Pg.43]

The process conditions should remain the same, e.g., reactant concentrations, flow rate ratio, mixer type, relative feed position. If the friction factor, mixer voidage, and turbulence-generating efficiency do not vary significantly with scale, then the following scale-up rules can be applied (where k = 2new/ 2oid> the mixer diameter should be rescaled from dold to dnew). [Pg.251]

More recent work (17) has covered viscous drops in turbulent flow, over a wide range of mixer types (SMV, SMX, SMXL, SMR, SMF), diameters (up to 80 mm), lengths, and dispersed-phase viscosities (up to 70 mPa) ... [Pg.264]

This suggests that fewer elements will be required at a larger scale however, for a conservative design on scale-up, the same number of elements should be maintained. On scaling up or scaling down, the same mixer type and feed arrangement should be maintained. [Pg.264]

Mixer type Electrohydrodynamic mixer Wire electrode diameter 250 pm... [Pg.10]

Mixer type Electrokinetic instability micro mixer with zeta potential variation Shielding electrode channel width, depth 250 pm, 25 pm... [Pg.13]

Mixer type Electrokinetic dielectrophoresis mixer Bonding layer material SU-8... [Pg.14]

Mixer type Coupled electrorotation micro mixer Electrode layer thickness -100 nm... [Pg.25]

Mixer type M agnetohydrodyna-mic micro mixer Gold electrode paste material DuPont 5734... [Pg.32]

Mixer type Acoustic microstreaming micro mixer, version 1 Mixing chamber, version (c) width, length, depth 12 mm,15 mm, 125 pm... [Pg.35]

Mixer type Ultrasonic micro mixer PZT ceramic width, length, thickness 5 mm, 4 mm, 150 pm... [Pg.42]

Mixer type Moving- and oscillating-droplet mixer Insulator material Parylene C... [Pg.46]

Mixer type Dielectrophoretic droplet micro mixer Array format 8x8... [Pg.53]

Mixer type Electrical phase-array panel device Multi pitch length 0.5 mm, 0.75 mm, 1.0 mm, 2.0 mm... [Pg.54]

Mixer type Electrical dot-array Electrode unit in the 3x3... [Pg.54]

Mixer type Structured surface bulge micro mixer Mglf layer thickness 20 nm... [Pg.57]

Mixer type Valveless micropumping micro mixer Diaphragm length, width, thickness 6 mm, 6 mm, 0.15 mm... [Pg.60]

Mixer type Membrane-actuated micropumping micro mixer Membrane thickness 40 pm... [Pg.62]

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