The main focus was set on the enhancement of the filtrate flux by an electric field.
The present study suggests a reasonable method to determine true formation resistivity and to evaluate a reservoir for dynamic mud filtrate invasion by history matching field data.
The latter treatment combination (plant family M18 in field soil without microbial filtrate) was the only one to exhibit a positive response of root length to mycorrhizal inoculation.
The sampling bottles were soaked in 1 1 diluted HCl solution and washed twice with distilled water before sampling and were washed again in the field with groundwater sample filtrates.
Specifically, in field soil the addition of the microbial filtrate increased RGR, while the opposite response to the microbial filtrate was observed in lab soil.
A novel-structured field emitter was fabricated by vacuum-filtrating in sequence an aqueous suspension of thin, highly crystalline multiwalled carbon nanotubes (MWCNTs) and an aqueous suspension of thick, defective MWCNTs through a metal mesh placed on a polymer membrane.
Actual rock cores representing different areas of carbonate oil field saturated with actual fluids of filtrated brine and asphaltenic crude oil were used to evaluate the interaction between supercritical (SC -CO2, carbonate rock, and itSC -CO2ined fluid.
Ni nanowires were synthesized on a large scale by the reduction of Ni ions under an applied magnetic field, and then assembled into a 3D film by filtrating a bulk Ni nanowire solution or by pressing Ni nanowire powder.
The volume of filtrate loss for all those drilling muds was found to be in a good agreement with field standard, which stated that the volume of filtrate loss should be less than 5 ml (Bloemendal 1978).
Furthermore, we found that addition of the microbial filtrate had opposite effects on plant RGR depending on whether plants were growing in lab versus field soil (Fig. 3b), suggesting that the impact of non-mycorrhizal microbes on plants may be strongly contingent on the abiotic environmental context.
