The prolonged culture time of B. braunii SAG 807-1 seed liquid increased the hydrocarbon content with the attached culture.
They observed that addition of nanoparticles into the base liquid increases the thermal conduction and the enhancement improves with increasing particle concentration and decreasing particle (agglomerate) size.
Almost all the research showed that nanoparticle inclusion even at a low volume fraction in the host liquid increased the nanoparticle concentration and greatly increased the viscosity.
Furthermore, the study demonstrates that addition of fresh diafiltration liquid increases the diafiltration liquid consumption but directly reduces investment and membrane area related operating costs.
Study on the mechanism revealed that the use of ionic liquid increased the extraction yield of lithium through cation exchange in this system.
The proportion of butyrate in rumen liquid increased, whereas the proportion of propionate decreased in the expanded compared to the pelleted treatment (P<0.05).
Since Einstein [45, 46], it is well known how the addition of dispersed particles to a liquid increases its viscosity, i.e., η=η ∗(1+2.5ϕ) for ϕ≪1 (cf. [3]).
For both WS and EWS the concentration of organic acid in the HTT liquid increased with temperature as expected due to the higher biomass degradation at higher temperature.
In our study, we first confirmed that viscosity of the enteral formula with pectin liquid increased in a dose-dependent manner.
