The phrase "a blended sample" is correct and usable in written English.
It can be used in contexts where you are referring to a sample that has been mixed or combined from different sources or types.
Example: "In our study, we analyzed a blended sample of various soil types to assess the overall nutrient content."
Alternatives: "a mixed sample" or "a composite sample".
The results showed that the −10 dB absorbing bandwidth and the absolute value of the minimum reflection loss of alternating layered samples were higher than those of a conventionally blended sample with the same MWCNT content and increased with the increasing layer number.
However, the mixed blended sample (mixPCl-CCG) showed inconsistent graphene loss indicative of non-homogeneous dispersion throughout the polymer matrix.
It can be seen in the figures that higher the curing period and lime content, higher is the brittleness of blended sample over untreated ones.
The blended samples have a continuous amorphous phase with crystalline regions being the discontinuous portion.
On the basis of experimental results, a new constitutive model is also proposed which exclusively takes into account the value of bulk stress and the percentage of RAP contents used in the blended samples tested under a range of loading conditions as specified in AASHTO T 307.
On this account, experiments were performed, in which PMMA particles with a very narrow particle size distribution (monodispersed) and blended samples of these monodispersed particles in various ratios were used.
The studies were done by blending the biodiesel produced with diesel and properties of blended samples were estimated to ascertain the use of blended samples in internal combustion engines.
It was also found that the accumulative strains during cyclic loading generally increase with an increase in the percentage of RAP contents in the blended samples.
The extracts for antioxidant activity determination were obtained by blended samples (~20 g) in 95% (v/v) ethanol (20 mL) acidified with HCl (0.1%).
Flame propagation behavior of blended samples was compared with that of monodispersed samples of 3, 10, 20, and 30 μm diameters.
