Sentence examples for more uniform heating from inspiring English sources

For electrical heating temperature, P7, P5 and P3 showed more uniform heating performance than P0 and the circuit with the added vertical line had a higher surface temperature than P7, P5, and P3 in terms of joule heating.

Radio-frequency dielectric heating can be used as a faster and more uniform heating method for NDM to achieve target temperatures for a postprocess lethality treatment of NDM before packaging.

A comparison of the results of this study to the literature showed that more uniform heating can be achieved for high-viscosity fluid food products by using helical tube in continuous-flow microwave heating systems.

In order to help to design the cookers and avoid the expensive tests, it is interesting to know how the heating power is distributed in each situation, so that the cookers can be adapted to obtain a more uniform heating.

Microwave irradiation has been proven to be an effective heating source in synthetic chemistry, and can accelerate the reaction rate, provide more uniform heating and help in developing better synthetic routes for the fabrication of bone-grafting implant materials.

The carbon particles are expected to act as a catalyst for the dissociation reaction and the indirect irradiation via an intermediate opaque tubular absorber results in a more uniform heating of the reactor volume and thus an easier reaction temperature control and determination.

However, the rich mixture produces more uniform heat flux distribution.

An effective thermal spreader can achieve more uniform heat flux distribution and thus enhance heat dissipation of heat sinks.

To overcome this issue, a rotating LHTES is proposed and is expected to have higher and more uniform heat transfer.

Moreover, the optimal constructs of the models with uniform and nonuniform heat generations are different, and a more uniform heat generation of the IHS leads to a better HTP of the model with HSF.

Interestingly, the local heat flux in individual atomic layer responds quite differently to tensile and compressive strain: Tensile strain leads to a more uniform heat flux distribution while compressive strain leads to an opposite trend.