Ammonia concentrations in the exhaust ventilation air were measured using a portable sensor.
Temperature, pressure and relative humidity, in the space surrounding the drop, are recorded, using a portable sensor (Omega Engineering, Inc. iBTHX-W), and reflector height computed and adjusted as previously described.
The pH was measured using a portable pH sensor (D-55, Horiba, Ltd., Kyoto, Japan: HM-30R, DKK-TOA Corp).
Optical microscopy observations were carried out using a portable digital microscope Dino-Lite Premiere AM7013MT, colour CMOS sensor and white LED illuminator.
Electrochemical measurements were performed using a portable single-technique customized potentiostat (DropSens, Spain) for use with electrochemical sensor consisting of a screen printed electrode.
The resultant QB-mAbs were then run on the ICA sensor, and the fluorescent signal was recorded using a portable strip reader.
Field parameters were measured using a portable multiprobe system (YSI 556 MPS) with pH/ORP, conductivity/temperature, and DO sensors fitted to a flow cell.
Heart rate (HR) and SpO2 will be measured using a portable heart rate monitor (Polar ®, Polar Electro, Oy, Finland) and an adult articulated finger clip sensor (Model 8000AA, Nonin Medical Inc, Minnesota, USA), respectively.
The pH was immediately measured using a portable pH meter (Piccolo, Hanna Instruments, Villafranca Padovana, Italy) and compared with the values recorded by the sensors.
Using a portable stage, he toured plays through Italy.
The results were detected using a portable microchip analyzer.
