Easy data transfer and monitoring—Has a USB port and compatible with the Thermo Fisher Cloud Pre-programmed protocols—Includes a library of pre-programmed protocols for common applications Energy-efficient—Designed to help minimize power consumption ...
Owing to the fluid continuity and mobility, thermal energy at the liquid-bilayer interface would be rotationally taken into the center under spinning effects, which contributes to the programmable thermal conductivities at certain rotational rates. Numerical demonstration of tunable analog thermal material ...
MWCNT array–metal interface adhesion was measured using a lab-built apparatus consisting of a 500-g load cell (Transducer Techniques GS0- 500) and a stepper-motor-driven micrometre with sub-micrometre resolution (Newport NewStep NSC200). Tensile loads were applied perpendicular to the MWCNT ...
Heat conductivity is the ability of a body to transfer energy in the form of heat in a non-uniformly heated solid (without thermal radiation). From: Fundamentals of Evaluation and Diagnostics of Welded Structures, 2012 About this pageAdd to MendeleySet alert ...
Therefore, the thermal cycler you select should be able to withstand your lab’s levels of use, environmental stress, and shipping conditions (Figure 7). Some thermal cycler manufacturers report how the instruments have been...
Energy Technologies and AssessmentsGBR43%similarity33 Journal of Heat TransferUSA42%similarity34 Energy Sources, Part A: Recovery, Utilization and Environmental EffectsUSA42%similarity35 International Journal of Energy and Environmental EngineeringDEU42%similarity36 Journal of RefrigerationCHN42%similarity37 ...
Active BTMSs need an external source of energy to enhance theheat transfer ratefrom the system. An active system, such as forced air/liquid flow system (using either a fan, blower, or pump) [56] orthermoelectriccooler (TEC) based system [57] (Table 6), comes with additional costs. Howe...
Based on the environmental assumption of a steady-state heat transfer condition of building environments, this work measured the R-value of drywall assemblies using the indoor surface temperature data obtained from thermal images. The measurements were experimentally conducted in controlled lab environments...
most artificially engineered thermal conductors have anisotropy ratios much smaller than those seen in naturally anisotropic materials. Here we report extremely anisotropic thermal conductors based on large-area van der Waals thin films with random interlayer rotations, which produce a room-temperature therm...
This was a cross-sectional study designed to determine the effect of resistive energy/electrical capacitive transfer of the T-Plus Wintecare device on temperature in the intra-articular, capsular and superficial region of the knee in cadaveric specimens. The body donor program of the Faculty of Me...