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A good example is the modification of grain sorghum since its introduction to the United States about 100 years ago.
Experimental grain boundary engineering studies have demonstrated the potential for materials properties enhancement via the modification of grain boundary network structure.
It is also evident that the modification of grain structures and stoichiometric composition at P10 are beneficial to a broadband enhancement of photon utilization, leading to the higher short-circuit current density exceeding 30 mA/cm2.
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Therefore, radio frequency (RF) plasma rotary reactor was applied to the surface modification of grains of starch.
No modifications of grain size and texture have been observed over the complete temperature range studied (250 550 °C).
It is said that genetic modification (GM) of grain sorghum has the potential to alleviate hunger in Africa.
Grain coalescence associated to a modification of the grain shape is only observed in TiO2/glass films for annealing temperatures higher than 450 °C, whereas neither microstructural nor structural change is observed in TiO2/SiNx/glass films.
Mesoporous silicon as a substrate was found to promote the modification of ZnO grain size and consequently a significant enhancement of oxygen vacancies, which are responsible for resistive switching.
In this work, we consider the feasibility of using grain-boundary engineering to improve the HCF properties of a polycrystalline nickel-base superalloy, René 104 (also known as ME3), through systematic modification of the grain-boundary distribution.
Also, we studied the modification of magnesium, whole grain and a healthy diet score on fasting glucose and insulin by SNPs related to fasting glucose and insulin as part of the CHARGE consortium [ 104– 106].
The study of the crystalline-to-amorphous transition of silicates triggered by ion irradiation is useful for the understanding of the structural modification of interstellar dust grains.
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