Sentence examples for device and thermal from inspiring English sources

The extraction properties of the fiber to spiked soil and water samples with atrazine and ametryn were examined, using a HS-SPME device and thermal desorption in injection port of IMS.

It is shown that this method can estimate the temperature and deformation distribution of the printed circuit board from monitoring variables through latent variables such as thermal dissipation of the device and thermal boundary condition by use of the hierarchical Bayes model.

Directional transport of liquid has attracted increasing interest owing to its potential of application in lab-on-a-chip, microfluidic devices and thermal management technologies.

Ag NPs were formed upon Ag deposition onto the BHJ surface of a ITO/PEDOT PSS/P3HT PC61BM/Ca/Al device structure and thermal annealing at 145 °C [47].

The high operating power density and aggressively scaled geometries associated with 400+ GHz InP-Based DHBTs present a new challenge in device design and thermal management.

Computational Fluid Dynamic (CFD) models were used to identify the impact of varying both the manifold and microchannel fin and channel dimensions, and a sensitivity analysis was performed with respect to system pressure drop, rise in device temperature, and thermal uniformity.

To overcome the recovery problem, several research groups are currently trying to achieve fast recovery with ultraviolet (UV) light exposure [19], high gate bias (for FET devices), current pulse (resistive devices) [20], and thermal treatment [21].

The effects of the design of the structure and its fabrication process on the performance of the device and its thermal resistance were studied.

The ultra-long and uniform length of these nanowires are very useful for some applications, such as Z-axis interconnects, because uniform lengths will allow for large surface area contact in an electronic device, leading to maximum electrical and thermal device performance.

The paper describes the design of the prototype device, including flow and thermal aspects, and presents results for a simple binary distillation.

The choice of the electronic devices and the thermal design was optimised for low power consumption in order to minimise internal heat production, which would affect the characteristics of the detector's intrinsic gain strongly.