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While Huang et al. [10] presented a 120-h LC50 value of 2.20 mg/L for PFOS.
However, the 120-h LC50 value is higher than the value reported by Hagenaars et al. [11].
These values are all higher than the 120-h LC50 value obtained by Huang et al. [10].
The effect on heart beat observed in this study is in agreement with the result of Huang et al. [10], while is different from the observation of Hagenaars et al. [11].
Van Dongen, E.L.

Rusnaldy et al. [2] found that higher forces per unit area were needed to achieve ductile cutting mode.
Fang et al. [5] found that ductile cutting could be achieved with a negative effective rake angle cutting tool if the undeformed chip thickness was smaller than a critical value.
Foy et al. [6] indicated that with the application of the high hydrostatic pressure brittle materials could deform plastically, in turn producing continuous chips.
A Nakanishi AL-0201 airline kit provided the clean cooling air for the main spindle.
Abou-El-Hossein, Predictive Surface Roughness Model for End Milling of Machinable Glass Ceramic, 2011 IOP Conf.

The metallic diffusion and overlay coatings were examined by Restall et al [1].
The friction and wear of lubricated sliding surfaces of coated vanes were studied by Jeon et al [3].
The fracture toughness of interface between weld overlay and base metal was examined by Abdolmaleki et al [6].
Therefore, c = a + ål [15].
Rahmanian: Materials Science and Technology, Vol. 19 (2003), p. 1033-1036 [7] E.L.

Dinghe et al. [3] investigated the free vibration of composite sandwich plate with layerwise/solid-element method.
Chakrabartia et al. [4] studied stability analysis of sandwich beam with soft core.
Ranjbaran et al. [9] investigated bucling analysis of sandwich plates using layerwise theory.
Maturi et al. [10] studied static and free vibration of sandwich plates by the use of collocation with radial basis functions and using a new layerwise theory.
Table 1: Mechanical properties of unidirectional layer laminate EL (GPa) ET (GPa) GLT (GPa) vLT Unidirectional layer 56 6.8 4.2 0.26 Viscoelastic Modeling.

., et al.
El Hamzaoui, L.
[8] Mayilamu M, Lu Y, Hao C, et al.
[12] Li S, Zhang H, Hou Y, et al.
[15] Bo F, Shu-Guang L, Yan-Yan Y, et al.

Gopinath et al [4] developed artificial immune algorithm based hybrid algorithm to optimize the scheduling problem.
Kumar et al [7] optimized internal spur gear with minimization function of center distance using genetic algorithm.
Perform the cloning of the antibodies using equation (13) was adopted from Juan Carlos Herrera et al. [12]
Here two phased mutation process carried out using the equation (14), Juan Carlos Herrera et al. [12]
El-Sherbiny and Yasser M.

Fig. 1 Microstructure of the forged Ti-Mo-Nb-Cr-Al-Fe-Si system alloy bar Determination of β transus temperature.
That means the β-transus temperature of the investigated Ti-Mo-Nb-Cr-Al-Fe-Si system titanium alloy is between 830℃ and 835℃.
Fig. 3 shows the evolution of microstructure of the investigated Ti-Mo-Nb-Cr-Al-Fe-Si system titanium alloy after different heat treatment.
The properties of the investigated Ti-Mo-Nb-Cr-Al-Fe-Si system titanium alloy in different heat treatment conditions are listed in Table 1.
Table 1 Properties of the investigated alloy in different heat treatment conditions Heat treatment regimes UTS (MPa) YS (MPa) EL (%) RA (%) 800℃/2h, AC+580℃/8h, AC 1203 1164 15.2 64.0 800℃/0.5h, AC+560℃/8h, AC 1305 1252 11.9 51.0 800℃/2h, AC+540℃/8h, AC 1344 1295 11.2 55.5 810℃/0.5h, AC+540℃/8h, AC 1472 1416 4.4 15.1 820℃/2h, AC+540℃/8h, AC 1572 1569 0.65 2.0 Summary The microstructure and mechanical properties of Ti-Mo-Nb-Cr-Al-Fe-Si system titanium alloy after different heat treatments were investigated.

Li et al. [8] proposed the high-temperature plasma nitriding process in a short time (below 60 min.).
The influence of process temperature was investigated by De Souza et al. [9].
Adachi et al. proposed the plasma nitriding of AISI 316L previously cold sprayed on base material [15].
Cabo, E.L. 
Hamann, Al. 

El-Sayed, Spectral Properties and Relaxation Dynamics of Surface Plasmon Electronic Oscillations in Gold and Silver Nanodots and Nanorods, Journal of Physical Chemistry B, 103 (1999) 8410-8426 [2] T.
Galstyan et al.
Aleshin et al.
Zhang et al.
Jun et al., Ultraviolet photodetectors based on ZnO nanoparticles, Ceramics International, 35 (2009) 2797–2801 [9] Ü.

In the previous study, Chaar et al. [7] and Patel et al. [8] indicated that Mg3(VO4)2 was a more selective catalyst in the ODH of butane due to the difficuity in reducing of oxygen atoms in the V-O-Mg bonds in Mg3(VO4)2 than the bridging oxygen in the V-O-V bonds in Mg2V2O7.
Chaar et al. [9] observed the similar selectivity for Mg3(VO4)2 and Mg2V2O7 in the ODH of propane, however, Sam et al. [10] suggested that Mg2V2O7 was the selective phase and Mg3(VO4)2 leaded to the complete oxidation because the ability of the corner-shared VO4 tetrahedra in V2O74- anion to stabilize V4+ associated with an oxygen vacancy.
Regarding the ODH of cyclohexane, Kung et al. [11] only carried out the reaction over 40(60)V-Mg-O catalyst and obtained a relatively better catalytic performance.
FT-IR patterns of the Mg-V-O catalysts Fig.2 showed the FT-IR characterization patterns of Mg-V-O catalysts, which is in accordance with the characterization results of Hanuza et al.[13], Sam et al.[14] and Gao et al.[15].
Spinace and E.L.