Sentence examples for monitoring of the sample from inspiring English sources

A built-in optical microscope, coaxial and confocal with the electron beam, allows optical monitoring of the sample during measurements.

The multimodal measurements based on Raman microscopy and QPM lead to complimentary information, where Raman can provide information on the molecular content, while QPM enables the dynamic monitoring of the sample morphology.

In so doing, we utilized and characterized a novel exposure system that heats by 915-MHz continuous wave microwave (MW) radiation, with microprocessor control of the power input via temperature monitoring of the sample and simultaneous visualization and recording of temperature parameters.

Although these problems can be minimized by intensive tracking and monitoring of the sample [ 20], most disaster studies were initially designed as cross-sectional investigations and had no capacity to engage in sample retention activities.

We present here a measurement approach where the Raman channel is coupled with another imaging modality which can be recorded simultaneously and provides a fast acquisition rate, enabling the dynamic monitoring of the samples during the slower Raman measurement.

Samples were measured repeatedly for continuous monitoring of the same sample at each time point (4, 24, 48, and 72 h) after dispensing the cells.

Further features of the proposed devices are: high efficiency, microfluidic integration, real time monitoring of the biological sample and of the pulse propagation.

Currently available methods for tissue and scaffold degradation analysis, such as histology and direct mechanical measurements, are not suitable for continuous monitoring of the same sample in vivo as they destroy cells, tissue matrix and scaffolds.

The first condition above is often used when monitoring convergence of the sampler, where trends within chains are studied to quantify the 'forgetting' of the initial state (Brooks and Gelman, 1998).

The correction factor has been estimated using modulated temperature differential scanning calorimetry which is capable of monitoring the sample heat capacity in real time.

To quantify penetratin ability to provoke membrane bridging, we measured the aggregation of PC, PE and PG LUVs by monitoring the turbidity of the sample (Fig. 1A).