Effect of Cu addition and heat treatment self-propagating high temperature synthesis reaction in Al-Ti-C system

As the Lsr system imports self and non-self AI-2, lsr -containing bacteria can interfere with AI-2 signaling of other species and shut off group behaviors regulated by this

Six of nine surfaces treated using 5 W laser power and with a number of runs between one and five presents hydrophobic behavior. Using a 10 W laser power only N5V100P10 and

IMOs obtained at the end of synthesis carried out with three different fed strategies of sucrose and maltose to the reaction medium for synthesis of long chain IMOs: addition of

In the present study, pain relief and functional improvement were achieved in the laser group after nine LLLT sessions using an AsGa laser with wavelength of 904 nm, frequency of

The melt was prepared by explosion reaction using Al and Zr(NO 3 ) 4 as raw materials and then sprayed to Cu‑plate. The heat transfer during the solidiication process was analyzed by

The combustion mode, propagation velocity of combustion wave, combustion temperature and product structure were investigated.. The combustion wave propagated along a spiral

In conclusion, high purity cobalt blue pigments with spinel structure were prepared by sol-gel method followed by self-propagating combustion. The results show that the formation

The efects of heat-treatment on the microstructure and phase transformations of Cu-25%Zn-4%Al and Cu-30%Zn- 4%Al alloys were investigated in this work. The alloys were prepared