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Salinity was measured weekly using a conductivity sensor (HQ15d, Hach, Loveland, CO, USA).
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This was the first attempt to measure the local two-phase flow parameters of nanofluids using a conductivity double-sensor two-phase void meter.
The local two-phase flow parameters such as the void fraction, the interfacial velocity, the interfacial area concentration, and the mean bubble diameter were measured using a conductivity double-sensor two-phase void meter in bubbly and slug flow regimes.
To observe the basic hydraulic phenomenon of nanofluids, the local two-phase flow parameters such as void fraction distribution and interfacial area concentration were measured using a conductivity double-sensor two-phase void meter in a vertically upward air-water two-phase flow.
The conductivity was measured using a conductivity meter with graphite sensor electrodes (Dist3WP, Hanna Instruments Inc., RI).
Using a conductivity meter, Dr. Gresser and Tony Palazzolo, 24, of East Northport, who teaches at Oceanside High School, measured the density of water taken from the creek.
The salinity was tested using a conductivity meter.
Salinity values were obtained by measuring conductivity of samples (μS/cm), using a conductivity meter (HANNA Instrument, HI 9811, UK).
Electrolyte leakage from the leaf samples was evaluated by measuring ion conductivity using a conductivity meter (FE30, Mettler-Toledo Group, Switzerland).
Values for salinity were obtained by measuring conductivity of water samples (μS/cm) using a conductivity meter (HANNA Instrument HI 9811, UK).
This can best be performed only using a conductivity kinetic model.
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