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The radiation-sensitive scintillating material tip of the sensor fluoresces on immediate exposure to ionising radiation.
This BOD sensor uses ultramicroelectrode (UME) technology in which the tip of the sensor consists of a two-electrode system (10-μm Pt working electrode and Pt counter electrode).
Using a novel Chemical Reactor Engineering Centre Gas Solid Optiprobe (CREC-GS-Optiprobe) equipped with a Graded Refractive INdex (GRIN) lens to form a 285 μm diameter high illuminated region at 5.4 mm away from the tip of the sensor, particle cluster lengths were measured with minimum probe intrusion interference.
As shown by our experience, the sensor is fragile and easily damaged during insertion, particularly the oxygen component which is at the tip of the sensor.
We estimated the distance between the tip of the nose and the tip of the sensor using a conventional measuring scale.
The tip of the sensor probe, which was connected directly to the wireless transducer, was inserted anteriorly into the epidural space with the cannula covering the burr hole.
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This degree of overlap, which we observed with all of the electrodes used in this study, did not preclude Mn II) detection down to about 10 μM, providing further evidence that the tips of the sensors' Au wires were well-coated with Hg/Au amalgam as described in the previous section.
The tip of the thermocouple sensor was in contact with the surface of substrate.
The tip of the force sensor was placed in contact with sample s3 located 8 mm from the actuator base (i.e., the clamped beam section).
Basically, the tip of the pressure sensor is a hollow glass tube sealed on one end by a plastic thin film diaphragm coated with a reflective surface of evaporated gold.
This fabrication approach conveniently facilitates the deposition of nanoparticles of interest directly on the tip of the Au cone sensor during the fabrication of the entire structure in one step with high flexibility in terms of material selection and combinations.
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CEO of Professional Science Editing for Scientists @ prosciediting.com