Search results

Kim et al. [6] developed an online-based gas chromatography method for hydrogen fuel quality monitoring.
Tripathi et al. [7] presented an optical-based sensor for monitoring multispecies hydrogen impurities in hydrogen fuel.
El-Shamy, “Hydrogen-based failure in oil and gas pipelines a review,” Gas Sci.

Sakai and Jonas [2] reproduced a plot by Sakui et al. [3] where the relationship between the dynamically recrystallized grain size, Drex, and the Zener-Hollomon parameter, ( )RTQZ expε&= , appeared for a 0.16% C steel.
The plot by Sakui et al. also presented the relationship between the initial grain size, D0, and the critical Zener-Hollomon value, Zc, which divides single peak from multiple peak DRX.
[9] V.G.García, M.El Wahabi, J.M.Cabrera, L.M.Riera, J.M.Prado: Rev.

‘OMER HSS-AL ground end mills, DIN844, 2F 10x10x22x72 mm’ [3] were used for the purpose of milling material tests, as shown in the experimental conditions in table 1.
Experimental conditions Experiments Conditions Descriptions Materials workpiece AISI-P20, AISI-1050 Spindle speed (rpm) 510, 572, 637 Feed per tooth (mm/tooth/2tooth) 0.0353 – 0.0539 Feed rate (mm/min) 45, 50, 55 Area of cut ( (% 100 Depth of cut (mm) 1 Level depth of cut (mm) 3, 5, 10 Cutter type OMER HSS-AL GROUND END MILLS DIN844 2F Size 10x10x22x72 mm Milling machine CNC CHEVALIER Model 2040VMC Milling direction Down-cut Cooling Soluble oil Workpiece Machine Z Y X Fig. 1.
Abou-El-Hossein, K.

Line breakage basically caused by the following reasons: material fatigue, blast, Galloping of iced conductor , and lightning fusing, wear of the hardware [Reference []Li Zaihua, Bai Xiaomin,Zhou Ziguan, et al.
Power System Technology, 2005, 29(7): s6-60(in Chinese). ][[]Chen Guoqing, Sun Caixin, Zhang Zhijin, et al,Study on the calculation model of lighthing protection performance of shielding failure for 500kV double circuit transmission lint[J].
Analysis model of Transmission tower-line system Dynamic performance of Transmission tower-line system is decided by transmission tower-line coupling dynamic analysis [[] Ghobarah A, Aziz T S, El-Attar M.

On the other hand in the work of Zhang et al. [12] the deposition by the same sputtering technique resulted in (110)-, (100)-, or (111)-textures in Fe3O4 films depending on an oxygen partial pressure.
Verwey, E.L.
Al-Kuhaili, M.

Zhang, et al. [5] reported that the incorporation of 50 wt.% of MCC as a reinforcement agent in polylactic acid (PLA) improved the flexural strength, flexural modulus and impact strength compared to the neat biopolymer.
Indarti, et al. [24] stated that although MCC is a material with many desirable properties, utilizing it is challenging because hydrogen bonding between its intermolecular chains may result in agglomeration when MCC particles are close to one another.
El-Denglawey, M.

Miyaguchi et al.[6] analyzed friction torque of single-nut and double-nut ball-screw by the use of theoretical method and experiment.
Wei et.al. [7-9] established a transmission analytical model in disscussing variation of contact geometry and kinetical motion in a preloaded high rotational speed ball-screw.
The type of thermal radiation optical measurement is “Thermo-EL“.

The growth direction of the nanowire is [301], which is consistent with the results reported by Wang et al. [14] and Chen et al. [15].
El Khakani, Appl.

Al-Degs, M.A.M.
Tutunji: Water Res., 2001,35(15):3724-3728 [3] S.Mauchauffée E,Meux:Chemosphere , 2007, 69(5):763–768 [4] A.G.El Samrani, B.S.Lartiges,F.Villiéras:Water Res, 2008, 42(4-5):951–960 [5] V.K.Verma, S.Tewari, J.P.N.Rai:Bioresour Technol, 2008, 99(6):1932–1938 [6] M.Mohsen-Nia, P.Montazeri, H.Modarress:Desalination, 2006, 1(43):276–281 [7] Saber E, Mansour, Ibrahim H, Hasieb and Hussein A, Khalaf:Journal of Applied Sciences, 2012, 12(8):787-792 [8] S.Rengaraj, Seung-Hyeon Moon:Water Research, 2002, 36(7):1783-1793 [9] S.Dahiya, R.M.Tripathi, A.G.Hegde: J.Hazard.
Proceedings, American Chemical Society, Division of Fuel Chemistry, Vol, 41,New Orleans,1996 [15] M.Ahmaruzzaman:Progress in Energy and Combustion Science, 2010,36(3): 327-363 [6] Sen AK, De AK:Water Research, 1987,21(8):885-888 [7] T.Mathialagan, T.Viraraghavan: Journal of hazardous materials, 2002,94(3):291-303 [8] M.Otero, F.Rozada, L.F.Calvo, et. al:Biochemical Engineering Journal, 2003,15(1):59-68 [19] Sevgi Kocaoba:Desalination, 2007,214(1-3):1-10 [20] McKay G, Blair HS, Garden JR:Journal of Applied Polymer Science, 1982, 27(8): 3042-3057 [21] Fanor Mondragon;Fabio Rincon; Ligia Sierra.

According to Astika et. al., kapok cellulose can be converted to nitrocellulose for propellant application as long as cellulose purities are more than 90% [4].
Gismatulina et. al. had successfully converted bacterial cellulose to nitrocellulose and it was suitable to be used for manufacture of film and nail polish since nitrocellulose produced was below the 12.5% nitrogen content [1].
All samples were characterized based on the following analysis: Elemental analysis was performed by CHN elemental analyzer (Vario EL III, Elementar, Hanau, Germany) to determine nitrogen content (%N) in nitrocellulose.