miscibility

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miscibility

[‚mis·ə′bil·əd·ē]
(chemistry)
The tendency or capacity of two or more liquids to form a uniform blend, that is, to dissolve in each other; degrees are total miscibility, partial miscibility, and immiscibility.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
The numerical simulation method is a crucial method for studying miscible displacement effect and designing miscible flooding.
These two polymers should be miscible, without considering intramolecular hydrogen bonding.
When the reservoir pressure is higher than the MMP, the injected fluids and crude oils are under the miscible condition.
This follow-up project, which is one- and-a-half times bigger than the existing Harweel (2AB) scheme, will see miscible gas injected into the seven Harweel oil reservoirs.
A negative deviation was observed in miscible system, and a complicated variation in immiscible blend.
Metabolix's newly developed PHA copolymer "rubbers" are miscible with PVC, have a Tg range from -8[degrees] to -28[degrees]C, and are thermally stable at PVC processing conditions.
Overall, the results indicated that C[O.sub.2]-EOR for CHOP will initiate (for unloading reservoir) or boost (loading reservoir) production in miscible conditions.
Many important problems in water resources engineering involve the mass-transport of a miscible fluid in a flow.
Since SMA is fully miscible in PMMA and is also clear, it can improve acrylic's thermal performance as well as resistance to stress cracking and exposure to chemicals like detergents--all while maintaining optical properties.
Natural gas (lean or rich) has been used successfully for many years as a primary choice of the operators for gas injection (miscible or immiscible).
The company is moving ahead with its planned implementation of three huge enhanced oil recovery projects Au the miscible gas project at Harweel, the steam injection project at Qarn Alam, and the polymer injection project at Marmul.
Part III describes applications of DG methods to solid mechanics (linear elasticity), fluid dynamics (Stokes and Navier-Stokes), and porous media flow (two-phase and miscible displacement).