Sentence examples for a wide heating range from inspiring English sources

Thermogravimetric profiles of rape straw were obtained at a wide heating range of 10, 20, 30 and 40 °C/min in an inert atmosphere of nitrogen and the thermal decomposition process was studied in detail.

In order to provide guidance for reactor design and pyrolysis process management for recycling waste phenolic fibre-reinforced plastic (FRP), the pyrolysis behaviors of waste phenolic FRP is studied employing thermogravimetric analysis (TGA) over a wide heating rate range from 10 K/min to 70 K/min in nitrogen.

This setup includes an optical dilatometer and a motorized plunger to control heating cycles in a wide range of heating rates (from 5 °C ∙ min− 1 to 200 °C ∙ min− 1) up to 1600 °C and to allow reliable comparison with conventional sintering.

The predicted cellulose concentration profiles over a wide range of heating rates indicate that liquefaction of cellulose is affected when the heating rate is below 1 K/s.

The thermoacoustic heat engine can work in a wide range of heat quality, giving it the ability to be used for waste heat recovery.

The multiple melting peaks of isothermally crystallized poly ether ether ketone) were investigated by fast-scanning chip calorimetry over a wide range of heating rates from 500 to 60,000 K s−1.

The corresponding kinetics was determined and quantitatively discussed for a wide range of heating rates (0.1 100,000 K s-1) using fast-scanning chip calorimetry (FSC) and differential scanning calorimetry (DSC).

The relation between this work and previous studies of slower decomposition of RDX and on quenched burning of RDX-containing propellants is discussed in an attempt to unify the description of amides and nitrosoamines in the RDX decomposition scheme over a wide range of heating rates.

The frictional heating and radioactive heat production could be estimated more precisely using a wide range of heat flow values in conjunction with our result for the shallow thermal structure because the topographic correction changed up to 36 mW/m2 of the BSR-derived heat flow in this study (Fig. 8c).

The best alloy for producing a wide range of heat treatment parameters and hence a wide range of mechanical properties is that containing 0.42% C.

In this study, the evolution of thiolate-protected binary gold-silver NP deposits with a wide compositional range upon heating in air was studied via in situ synchrotron radiation X-ray diffraction and the characteristics of NP deposits before and after heating were investigated.