Sentence examples for constant shrinkage from inspiring English sources

In the absence of a stabilizing effect, changes in the collagenous material are expected to occur and can be measured in terms of the hydrothermal constant (shrinkage temperatures measured by micro-hot table, MHT) and by changes in the protein Amide I and II peaks measured using FTIR-ATR spectroscopy [50, 51, 65].

With the exception of the interindividual variability on the absorption rate constant (shrinkage = 52%), shrinkages were <30%.

26 The constant shrinkage in tumor volume was maintained for 9 weeks, which provides important information when scheduling the dose and timing of such novel nucleic acid therapeutics.

However, the chronically hypoxic tumour cell fraction was likely larger in tumours treated with radiotherapy alone than in tumours receiving MMC and irradiation, since the latter tumours showed constant shrinkage in the interval between fractionated radiotherapy and top up irradiation and were considerably smaller at the time of top up irradiation.

From Fig. 11a it was analyzed that with growing height of whip roller's position at constant depth, shrinkage of grey and finished fabric increased in lengthwise direction because relaxation of fabric was more.

When depth of whip roller's position was decreased at constant height, shrinkage decreased in both state because tension of warp yarns was gradually decreased at long shed area.

In another aspect, when coarse aggregate volume kept constant, the shrinkage of SCCs decreased with the increase of HMCT, which can be attributed to the better restraint effect of coarser aggregate.

This means that it is not favorable for the tumor shrinkage constant to exceed the radionuclide decay constant, as it will require modifying the administered dose by more drug released energy to keep the tumor in its shrinkage pathway as described in OIDT.

Such Work Energy Principle Treatment WEPT posits that the tumor will be cured such that the tumor shrinkage constant will be identical to the decay constant of the used radionuclide.

Moreover, unlike other LMM specimens, LMM specimens with 1.5% CNTs exhibited little but constant and continuous shrinkage due to freeze thaw and thermal fatigue cycles.

Effects accounted for are the temperature and concentration dependence of the water diffusion coefficient and of the degradation rate constant, and the shrinkage due to water loss.