Sentence examples for heater structures from inspiring English sources
Experimental results on this device and new data on double heater structures have been discussed and compared with the reviewed data of previously presented devices.
Such tasks are relevant, for example, in control of high-temperature fuel cells, in manufacturing of semiconductor devices, control and modeling of welding processes, and for a reliable description of tube-like gas heater structures.
The paper focuses on three fabrication issues: definition and etching of sub-micron uniform single-crystalline silicon membranes, deposition of well-defined heater structures and temperature sensors on a thin composite membrane, and deposition of well-defined catalytic patches on the same membrane.
Sensor structure and dimensions together with the heater structure were optimized based on the simulation results.
A more appropriate thermal field was acquired by optimization of the heater structure.
Both the design configuration (feed water heater structure) and the process variables are optimized simultaneously.
Efficient heating of a fluid is demonstrated using a novel heat exchanger in which bulk silicon forms both the heater structure and the resistive heating elements.
Starting from a straight rectangular heater at pre-designed location, a migration technique and optimization toward a trapezoidal heater structure has been proposed which utterly claimed a significant improvement in terms of tuning power by more than 15%.
Meander shaped heater structure for a device size of 4 mm × 4 mm with a membrane dimension of 2 mm × 2 mm (with an active area of 1.5 mm × 1.5 mm) was investigated as a prototype.
We show that this heater structure produces an uneven thermal profile characterised by a central hot spot with a significant variation in temperature of some 50 °C across the plate at an average temperature of 500 °C.
This work is intended to determine the thermal properties of silicon-nitride and diamond layers applied in thermal sensor structures by analysing thermal responses of a multilayer micro-heater structure.
