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Structured Internals

The micromixer with structured internal surfaces (e.g., caterpillar mixer, discussed in the later section) show different trends compared to the other microchannels. It shows quadratic dependency of the pressure loss on the flow velocity according to the following equation [16]  [Pg.149]


Containment design details - basic structure, major contents (beat structures), internal safety systems performance data, special features, reactor cavity/sump details, layout elevations and floor plans, fnateriais specifications, design limits, etc. [Pg.231]

In addition to their use in boat hull construction, RPs has been used in a variety of shipboard structures (internal and external). RPs was used generally to save weight and/or... [Pg.515]

Note that in equilibria (2) the subscripts per and cyt are omitted where substrate S is concerned. This is obvious when the binding is measured to a solubilized transport protein, but also in the case where the enzyme is embedded in the membrane of closed vesicular structures, internal and external substrate will have equal concentrations at equilibrium (see Eig. 5). Consequently, the binding is independent of the orientation of the enzyme in the membrane. [Pg.148]

The 12-MR pores in the CIT-1 structure [International Zeolite Association (IZA) structure code, CON] are 6.8 x 6.4 A in diameter while the intersecting 10-MR pores are5.1x5.lA.B oth pore dimensions might be regarded as small for the ring size but interestingly molecular simulation of the pores between 0 and 200 K indicate the 10-MR pores can flex by >1 A (25). The potential catalytic activity of... [Pg.225]

Jenkins, P. J., and Donald, A. M. (1995). The influence of amylose on starch granule structure. International Journal of Biological Macromolecules. 17,315-321. [Pg.263]

J. P. Vigier, and S. Depaquit, Spectroscopie phenomenologique des baryons et des bosons consideres comme etats quantifies discrets d une structure interne des particules elementaires, C. R. Acad. Sci. Paris 268, 657 (1969). [Pg.192]

J. P. Vigier, Les ondes associees a une structure interne des particules, theorie relativiste, Annal. Institut Henri Poincare 111, 149 (1962). [Pg.194]

Key words Chemical measurements Comparability based on traceability Traceability structures International equivalence... [Pg.74]

National traceability or dissemination structures, internationally linked via comparison measurements under the CIPM Mutual Recognition Arrangement, are beginning to play a central role in establishing trace-ability of chemical measurements in practice. Reference materials are the most important transfer standards for disseminating traceability (more precisely the units of measurement) to the user level. Availability of certified reference materials with evidence of their metrological quality is, however, very limited. Great efforts are necessary to improve this situation. [Pg.127]

F. Cameron and D.E. Seborg. A self-tuning controller with a PID structure. International Journal of Control, 38 401, 1983. [Pg.118]

Caspase family. This scheme illustrates the domain structures, internal cleavage sites, preferred peptide substrate sequences, and biological function of caspases. Each procaspase consists of a large and small domain and may also possess DED (death effector domain) and CARD (caspase recruitment domain) (adapted from Hill etai, 2003). [Pg.161]

Trlbus, M. and Evans, R. B., "Thermoeconomic Design under Conditions of Variable Price Structure," International Symposium on Water Desalination, Washington, D.C., Oct. (1965). [Pg.425]

Zolotuhin I.V. et al. (1998) Structure, internal friction and modulus of elasticity of fractal carbon deposit. Fiz. Tberd. Tela 3, 584-586. (In Russian). [Pg.752]

Key Words Protein structure. Internal dynamics. Conformational ensemble. Conformational averaging, NMR observables, Dynamics-Structure-Activity Relationship. [Pg.36]

When large lead panels are used, they should be reinforced with suitable steel structures [International Organization for Standardization (ISO) 10648-1 1997],... [Pg.70]

Olthof, E. H. T., van der Avoird, A, and Wormer, R E. S., Structure, internal mobility, and spectrum of the ammonia dimer Calculation of the vibration-rotation tunneling states, J. Chem. Phys. 101, 8430-8442 (1994). [Pg.131]

Third, ordinary hypnotists cannot use force to persuade their subjects to cooperate in the process of being hypnotized. Indeed, it would be counterproductive in the usual setting. Cultural hypnotists, on the contrary, can use physical threats as needed, and actualize them with slaps, spankings, beatings, revocation of privileges, or confiscation of toys, when necessary. The fear of punishment and pain on the subject s part makes him very attentive to the desires of the cultural hypnotists and quick to act in the desired way. Since the easiest way to act in the culturally approved way is to feel that way inside, the fear of punishment helps structure internal mental and emotional processes in culturally approved ways. [Pg.92]

Kim S.J., Seo J.K., Do K.H., (2003), Analytical and experimental investigation on the operational characteristics and the thermal optimization ob a miniature heat pipe with a grooved wick structure, International Journal of heat and Mass Transfer, Vol.46, 2051 - 2063... [Pg.427]

Stockdale, J. (1991) Surface treatments - effective ways to prolong life of concrete structures. International Journal of Construction and Maintenance (Nov./Dec.). [Pg.158]

Stevenson, C., Augustijns, P. and Hendren, R. (1999) Use of Caco-2 cells and LC/MS/MS to screen a peptide combinatorial library for permeable structures. International Journal of Pharmaceutics, 15, 103—115. [Pg.148]

Structurally, internal coils present no problems with continuous sterilization. However, if batch sterilization is insisted upon, vertical coils are one solution to avoiding the stress between the coil supports and tank wall created when cooling water enters the coils while the broth and tank wall are at 120°C. Notice that the method of media sterilization, batch or continuous, is related to the fermenter design and the capital cost. [Pg.98]


See other pages where Structured Internals is mentioned: [Pg.137]    [Pg.564]    [Pg.746]    [Pg.67]    [Pg.305]    [Pg.165]    [Pg.254]    [Pg.254]    [Pg.187]    [Pg.145]    [Pg.78]    [Pg.208]    [Pg.170]    [Pg.261]    [Pg.146]    [Pg.111]    [Pg.961]    [Pg.319]    [Pg.153]    [Pg.3155]    [Pg.3053]    [Pg.158]    [Pg.569]    [Pg.22]    [Pg.306]    [Pg.595]    [Pg.19]    [Pg.124]   


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Bacteria internal structure

Cakes internal structure

Casein micelles internal structure

Catalysts internal structure

Catalysts, activity internal structure

Catheter systems internal structure

Colloidal aggregates, internal structure

Column internals structured packing

Complex systems with internal structure

Complex systems with internal structure definitions

Correlation with internal structure

Crazes internal structure

Dendrimers internal structure

Excised internal structure

Fragment internal structure

Fullerene internal structure

Gradient Effects 4 Catalyst Internal Structure

Hematite internal structure

Honeycomb internal structure

Inner Dual, Excised Internal Structure, Branching Graph

Input-output information for the internal spatial structure space

Internal Composition Control Structure

Internal Structure due to Crystallinity

Internal Structure of Earth

Internal Structure of Illite Group

Internal Structure of Kaolinite Group

Internal Structure of Micelles

Internal Structure of Palygorskite-Sepiolite Group

Internal Structure of Smectite Group

Internal Structure of Vermiculite Group

Internal Water Molecules as Integral Part of Protein Structures

Internal displacements relating different structures

Internal extraction structure

Internal loops structural stabilization

Internal poly block structure

Internal representation molecular structure

Internal ribosomal structure

Internal salt structure

Internal structural adjustments

Internal structure

Internal structure

Internal structure-insensitive

Internal structures, micelles

Internally compensated structure

International Association for Bridge and Structural Engineering

International Structure Commission

International Zeolite Association Structure Commission

Jupiter internal structure

Matter internal structure

Micellar aggregates internal structure

Models with Internal Structure

Monolithic columns internal structure

Nanoparticle internal structure

PAMAM dendrimers internal structure

Platelet-Like Aggregates with Internal Structure

Protein internal structure

Proton, internal structure

Scattering by Spherical Particles with Internal Structure

Stability, internal’ structural factor

Structure Commission of the International Zeolite Association

Structure of External and Internal Lining Tissues

Structure sensitivity internal diffusion

Surface and Internal Structure of Icy Satellites

Systems internal structure

Systems with Internal Structure

The Structure of an International Fragrance Company

The internal structure of simulation programs

Titan internal structure

Upper internal structure

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