Sentence examples for monitoring the fiber from inspiring English sources

We reveal the underlying mechanisms of collective bidirectional growth in NixPd1−x-catalyzed carbon nanofiber carpets grown on a palladium substrate with varying nickel film thickness by monitoring the fiber growth evolution.

The importance of monitoring the placement fiber is emphasized by an example: in one patient, a localized pneumothorax occurred as a result of misplacement of the guidance needle.

This technique may further be important also for the documentation of possible future therapies and for the follow-up of nonsurgical patients to monitor the chronic fiber suffering and axon cell death through the thinning of the RNFL in a long-term follow-up time.

To achieve alignment the fiber was first positioned manually using differential drives until the optical coupling was near maximum, as determined by monitoring the power transmitted through the fiber's core.

The resonance lineshape from an optical cavity measured by monitoring the DC component of the fiber's transmission while sweeping the laser frequency across one of its resonances is shown in the bottom left in red.

The forces necessary to induce a monolayer-to-fiber transition have previously been measured by pulling the fibers with a force sensor, while simultaneously monitoring the length of the forming fiber [16], and forces are in the μN range.

The calibration procedure was demonstrated by monitoring the response of a fiber-optic gyroscope from −180°/s to 180°/s at 30°/s intervals.

Enzymatic hydrolysis at dislocations has been inferred from (1) visual observation of labelled enzymes binding to dislocations, (2) monitoring the hydrolysis of a single fiber using microscopy, or (3) analysing the physical dimension of fibers during or after hydrolysis (Hidayat et al. 2012).

To characterize fiber stability, we monitored the changes in fiber morphology after incubation of the fibers in cell culture medium from 2 h to 7 days.

Nichols and Padgett (2006) designed a new bootstrap control chart for monitoring the tensile strength of carbon fiber.

Monitoring the surrounding pipeline temperature through fiber optic sensors is an efficient method of detecting leakage of fluid such as oil and gas, from pipelines.