Sentence examples for progress of thermal from inspiring English sources

Numerical analysis results corresponded with experimentally obtained results, but with a smaller delamination area, which implied that reduced interlaminar strength (fracture toughness) attributable to the progress of thermal decomposition accompanying heat generation dominated delamination from lightning strike damage.

In addition, the research progress of thermal engineered laser shock peening (TE-LSP) technique is reviewed with a focus on the coarsening of precipitates, the extended fatigue life, and more importantly, the fundamental process mechanism.

The progress of thermal reactions was monitored with satisfactory precision in both the cake and the baking vapors: relative standard deviations of 2%and8.7%7% were obtained respectively for the water content and hydroxymethylfurfural (HMF) content of three replicates during a baking operation.

The progress of thermal diffusive flow over a stretching sheet with variable thickness was investigated by Subhashini et al. [23].

But furthermore, we concentrate on the progress of thermal decomposition of [Co en 3][Fe CN 6]∙2H2O under dynamic heating in air which includes the topotactic [53] dehydration process of the starting complex and gradual ligand liberation/decomposition resulting in the formation of CoFe2O4-Co3O4 nanocomparticlesrticles as a final product of the thermal conversion.

DSC and TGA were used for thermal characterization, and TGA, 1H NMR and ATR-FTIR revealed the progress of the thermal oxidation reactions.

These mixtures are important in the assessment of the progress of the thermal insulation capacity of closed cell polyurethane foams during the total life time of the respective applications.

Sweeney and Burnham (1990) constructed a kinetic model employing a series of first-order kinetics that describes parallel chemical reactions associated with the progress of vitrinite thermal maturation (Easy%Ro).

There is a sustained interest in using magnetic resonance (MR) thermometry to monitor the radiofrequency ablation of liver tumours as a means of visualizing the progress of the thermal coagulation and deciding the optimal end-point.

Recent progress of the ITER thermal shields (TS) design is presented.

The increased temperature also caused a marked decrease in the QD brightness, which provided a means for in situ heat/temperature sensing and an indicator of the progress of the photo-thermal therapy.