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The results of our research are the average value of three tests and agree well with the literature data.
In our lab, TiAl alloys with a nominal composition of Ti-43Al-9V containing minor yttrium addition were canned forged and rolled with a reduction of height of 70~80%.

Although further neutron fluence data are not available yet, work by Hollenberg, et al., implies that irradiation to ~80 dpa-carbon did not spoil the integrity of CVI SiC matrix [25].
In fact, the previous evaluation of neutron-irradiated radiation-resistant SiC/SiC composites by means of flexural tests only indicated the lack of severe reduction in the matrix cracking stress and the fiber strength [27, 28].

On the basis of the tribology properties and the data of the results,The best result was recorded at a weight fraction of (3% for HA, 5% for Clay, 4% for AL2O3 and 4% for ZrO2) less than the pure sample.
On the other hand, increases in the nanopowder weight fraction may result in a reduction in the properties of the prepared composite system.

Furthermore, this event decreased the amount of amikacin-modified N,Zn-CDs, leading to a reduction in fluorescence intensity [32].
These data demonstrate that 0.1 mL of amikacin with a modified N,Zn-CDs structure attaches to E. coli effectively, regardless of its concentration.

Fractional calculus, according to [1,2,3] has opened its wings even wider to cover the dynamics of complex real world phenomena and new ideas are beginning to be implemented and tested on real life data.
This study leads to various applications particularly in the medical sciences which include transportation of drugs using magnetic particles as drug carriers for targeted drug delivery, cancer tumor treatment, and reduction of blood flow during surgery by the application of exterior magnetic field [6-9].

The energy principle used for boundary movement states that the excess surface energy variation of the GB, due to its area reduction, is entirely dissipated by viscous friction during the motion.
The change of slope in the experimental data above f = 3%, may be the result of particles no longer being predominantly at grain boundaries but many more at triple edges and four grain corners.

This lack of data for the pure metals makes it more difficult to identify the diffusion characteristics of individual metals without the complicating influence of multiple element diffusion.
In the case of CaO-BaO-MgO-Al2O3-SiO2 glass-ceramics alternative reactions have been noted including formation of MgCrO4 and Ca3Cr2Si2O8 precipitates, as reviewed by Fergus [9], whilst for compositions which contain ZnO or PbO reduction to the metallic state, which will be liquid at the cell operating temperatures, has been observed [13, 36].

From the above data it follows that almost equivalent mobility of the mixture (5-6cm) is achieved at V/C 0.7-0.65 (composition 2), since the ratio of the binder to the filler is 1:2 and 1:3.
For all tests, the abrasion index is the reduction in the weight of the sample.

Therefore, for the development of an environmentally benign process and the reduction of the production cost, many different methods have been developed to catalyze the transesterification of vegetable oils with methanol.
The data were processed with the Microcal Origin software.

In Table 2, the same data provided by the tests on single blocks are reported for the masonry prisms; a lightly higher scatter was obtained in these tests with respect to the previous ones (max CoV 9%), but, in general, the reduced values of CoV led to considered not necessary at this stage to carry out further tests on equal specimens.
For the specimens with CFRP there was a reduction of the maximum load, mainly due to a very good result attained by the specimen MTC_02.