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Mormann et al 2003 [6] EEG phase and lag synchronization Intracranial EEG, 10 subjects, 14 seizures.
Wang et al 2013 [8] Largest Lyapunov exponent (LLE) Intracranial EEG, 10 subjects, total 2051 hours with 155 seizures.
Thurman et al; ILAE Commission on Epidemiology, "Standards for epidemiologic studies and surveillance of epilepsy," Epilepsia 52 (2011) 2–26
Ramgopal et al, Seizure detection, seizure prediction, and closed-loop warning systems in epilepsy, Epilepsy & Behavior 37 (2014) 291–307
E Abd El-Samie, Online Adaptive Seizure Prediction Algorithm for Scalp EEG, 2015 International Conference on Information and Communication Technology Research (ICTRC), Abu Dhabi, UAE, 2015, pp. 44-47

Yin et al. [6] studied the effects of water and oleic acid contents in oil on the FAME yield.
El Sabagh, and A.R.
[4] Leca, M., et al.
-Z., et al.: Fuel.
[13] Al-Zuhair, S., et al.: Biochemical Engineering Journal.

Sayyed et al. [11] studied MHD slip flow in porous space by DTM-Padé technique.
Jafarimoghaddam et al.[12] analytically solved the MHD wedge flow of nanofluids by Lambert W-function and Homotopy perturbation methods.
For β=1.5, M=2, Ω=0.5, λ=–0.5and fw=–1.5, the values of constants by LSM are and (28) In tables 1 and 2, the comparison of skin fricrtion coefficient fηη(0) by OHAM and the corresponding results of Sayyad et al.[11] and kudenatti et al.[22, 24] is made for different values of β, Ω, fw, λ and M.
Alim, M.J.
Kirsur, A.L.

Al Bakri, R.
Al Bakri, R.
El-Adl, M.
Al Bakri, M.
Al Bakri, M.

Hamadache et al. [7] and Laoufi [8] have also reported that the thermal conductivity of mortars decreases with age and with the amount of cement replaced par pozzolan; this is due to the reduction in density and the increase in air content.
According to Ghrici et al. [17], the capillary pores are reduced by the formation of secondary C-S-H gel due to the pozzolanic reaction.
In addition, Siad et al. [18] reported that the significantly lower sorptivity of the SCC mixtures with Pozzolan from a natural source in Algeria or fly ash may be attributed to their less porous interfacial zone, and also the refined pore structure of the paste matrix.
These results are in agreement with those of Hamadache et al. [7, 20] and Laoufi [8].
These results are consistent with those reported by Benosman et al. [22] and Gouasmi et al. [23].

Al-Ghusain et al. showed that a 50% aerobic/50% anoxic A/A digestion daily cycle seems to be most appropriate for sewage sludge treatment with respect to nitrogen transformation and the reduction of solids.
DNA concentrations were determined using the diphenylamine colorimetric method [26] (Sun et al., 1999) with calf thymus DNA (Shanghai Sangon Biotechnology Co., Ltd., China) as the standard.
According to Garnier et al., the chemical groups identified in our study were proteins and polysaccharides[31].
Al-Ghusain, F.
El-Ghany: Bioresoure.

Satyanarayana et al. [1] and Reddy et al. [2] called leaf sheath for this fiber.
These results are comparable with the results of Huda et al. [22] and Rozman et al.[23] who examined the same treatments for kenaf fibers reinforced PLA and coir fibers reinforced PP composites, respectively.
Al-Maydama, A.
El-Shekeil, M.A.
Al-Karbouly: Electica Vol.31(2006),p.45

El Nashar, N.M.
Dasgupta et al.
Herrero et al.: J.
Herrero et al.: Polym Vol 44 (2003), pp. 2447-2453
Fauzi et al.: J.

Guo et al. (1999,[4]) investigated the crystallization process using isotactic PP and non-isothermal conditions during polymer processing.
Galera et al. (2009,[3]) recognized the importance of incorporating the crystallization phenomena into simulation software of polymer processing.
Zhao et al. (2009,[11]) investigated the effects of the nucleating agents on isotactic PP crystallization.
[3] Galera V.V., Marinelli A.L., Carvalho, B.de M., Determination of non-isothermal crystallization rate constant for pseudo-experimental calorimetric data.
[12] Zinet M., El Otmani R., Boutaous M., Chantrenne P., Numerical modeling of non-isothermal polymer crystallization kinetics: Flow and thermal effects.

Odenberger et al. [4] used numerical and experimental approaches to study the forming behavior of Ti-6Al-4V sheets at 700°C.
Hao et al. [7] investigated the tensile deformation behavior of near-α alloy Ti-6Al-2Zr-1Mo-1V at various temperatures.
Technol. 170 (2005) 181-186 [4] E.L.
Wang et al., Tensile deformation behavior of a near- α titanium alloy Ti-6Al-2Zr-1Mo-1V under a wide temperature range, J.
Mareau et al., On the nucleation of deformation twins at the early stage of plasticity, Acta Mater. 196 (2020) 733-746.