Into liquid phase

The sulfoxidation of alkanes occurs with heat evolution. This is the basis for rate of oscillation of rapid sulfoxidation at a relatively high pressure when the feedback arises between reaction rate, diffusion of reactants into liquid phase, and heat evolution [27],... 

LNG is a compact energy carrier that is easy to transport over seas, on rail and road, independent on gas pipelines. By lowering the temperature of natural gas to sufficiently low temperatures the gas will condense into liquid phase. At atmospheric pressure natural gas turns liquid at minus 162 °C the boiling point of methane. 

FXN total elemental flow rate into liquid phase of a stage, mols/hr... 

At the marked parameters all fluid inclusions has densities more than 0.8 g/ccm and homogenized at heating into liquid phase (L+V- L). The main part... 

Polymers have, like all solid materials, a limited solubility, but if the concentration becomes greater than the solubility, separation into liquid phases occurs, not precipitation. The factors governing this are briefly... 

All the derivations considered so far are only valid for demixing into liquid phases. A phase separation of a crystalline polymer, however, may result in the formation of a solid, crystalline phase and a liquid phase (as long as the phase separation occurs below the melting point of the crystalline polymer). According to Equation (6-4), the change in chemical potential of the solute in the solid phase is... 

Secondary belite coating on alite Resorption into liquid phase (Hofmanner, 1973) slow cooling (Midgley, in Taylor, 1964)... 

Biomass is predominantly eomposed of biopolymers, for example cellulose, hemieellulose, and lignin. From a molecular viewpoint, converting non-food biomass to liquid fuels is a process of transforming solid-phase macromolecules into liquid-phase small molecules. Simultaneously, it is necessary to reduce the oxygen content of the small molecules to improve the energy density. 

In accordance with kinetic scheme (5.8) the concentration of radicals into liquid phase is equal to ... 

Landfill leachate can broadly be defined as the liquid produeed from the deeomposition of waste and infiltration of rainwater in the landfill. Generation of leaehate oeeurs when moistme enters the refuse in a landfill, dissolves the eontaminants into liquid phase and becomes sufficient to initiate a liquid flow. Leachate varies from one landfill to another with fluetuations that depend on short and long term due to variations in climate, hydrogeology and waste eomposition. 

Formulating Considerations Compatible with aD known active ingredients in toothpaste. Dispersed into liquid phase of product. Use a high-speed mixer to disperse Form Supplied Fine white powder, spray-dried powder... 

Since the fiber has a small proportion of volume in the fabric, the main contribution of moisture flux is fi om the diffusions process through the air in the fiber interstices. However, it was identified by Wenhner et al. [6] that absorption of moisture by the fiber also importantly affected the response of fabric to the moisture gradient. The water vapor concentration on the fiber surface, theoretically, depends on the amount of absorbed moisture onto the surface and the local temperature of the fiber. The fiber will keep absorbing as much moisture as it can until it reaches a saturated status with respect to the absorption rate. And when the fiber becomes saturated, additional vapor moisture may condense into liquid phase onto the fiber surface. With regard to the physic nature of fibrous materials, condensate water may be held on the surface of the fiber and be relative immobile, or may be transferred across the textile stmcture by capillary actions. 

Water and Heat Management Due to the low-temperature operation of PEFCs, the water generated by reaction often condenses into liquid phase, flooding parts... 

Use of Henry s law valid for the levels of hydrogen and hydrogen sulfide concentrations into liquid phase used in the experiments... 

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