Sentence examples for microscopy devices from inspiring English sources

The primary microscopy devices used in nanoscale research include atomic force microscopes (AFMs), scanning tunneling microscopes (STMs), scanning electron microscopes (SEMs) and transmission electron microscopes (TEMs).

The advantages of CNT emitters include (1) cold electron sources, and hence, little heat is generated inside the tube [6] which is important for the minimization of an X-ray tube; (2) simplicity and easy controllability in a pulse operation [7, 8]; (3) high current density for electron and X-ray microscopy devices [9, 10].

However, the detection sensitivity of the earlier mobile phone microscopy devices has been limited to microscale specimens, such as single bacilli, cells, or microspheres.

A new generation of in-vivo laser confocal microscopy devices (Heidelberg Retina Tomograph 2 Rostock Cornea Module; Heidelberg Engineering GmbH, Dossenheim, Germany) has become available recently [ 6- 8].

In another approach, the integration of optical microscopy devices into a HS-AFM setup allowed the placement of the HS-AFM tip onto areas of interest on a cell and subsequent high-resolution high-speed imaging using a fast narrow-area scanner.

To measure Raman spectra in single cells, we constructed an automated, compact, low noise and sensitive Raman microscopy device (Integrated Raman BioAnalyzer).

The slides were screened by an automated microscopy screening device (Ariol SL50, Applied Imaging), or screened manually in light microscopy.

Research tools available include digital imaging devices, confocal microscopy, multiphoton microscopy, automated microscopy systems, computational methods, theoretical models and chemical methods.

Optical microscopy of the devices showed that, while there may be 10,000 cells spiked in blood, only a single cell attaches to a single device junction to create the change in electrical signal.

To discuss the choice of design to advance further in this discourse, the three specimens all subjected to confocal microscopy are frictional devices and their physical forms are important to their function.

It correlates the microscopy with separate device transport measurement together which can introduce us the device property of the nanobelt in nanometer scales [24].