Search results

The photoelectric sensor module is made up of infrared emission phototube EL-1KL3 with a wavelength of 950nm, its pairing phototransistor ST-1KLA and constant-current source.
[4] Kaiyu Zhu, Cunliang Yan, Mincong Zhang, et al.
Qiheng Liu et al.

Krishnarao et al. [9, 10] prepared silicon carbide from rice husk.
Sujirote et al. [12] treated rice husk by Fe2O3 solution using hydrothermal process in order to increase amount of silicon carbide after pyrolysis.
Klinger, E.L.

Dalu et al. [1] prepared a WPC made of poly (lactic acid) and wood powder.
Taufiq et al. [2] presented the development of WPC manufactured from recycled polypropylene/polyethylene (r-PP/PE) blend reinforced by kenaf fiber.
El-Maaddawy, M.E.

For example, Reingewirtz & Szmukler-Moncler [5] advocated using lowest rotational speeds in order to achieve low temperature rise values and Tu et al. [9] recommended drilling with the highest rotational speed, while Matthews & Hirsch [2] concluded that the rotational speed had no significant effect on temperature.
The values of drill speed had been selected after a literature review, Anitua et al. proposed to drill at 50rpm [10] and Alam [7] proposed 600rpm with a 4.5mm diameter drill, so with a 5.3mm diameter drill, a speed of 500rpm had to be used in order to maintain the same cutting speed.
Aplicaciones para el control y la mejora de la calidad (Ed.

El-Karamany and Ezzat [1] studied the propagation of discontinuities in a semi-infinite thermopiezoelectric rod by employing free energy function and state space approach in the Laplace domain.
He et al. [3] used the state space method to solve the same problem of a semi-infinite rod subjected to sudden temperature change at its end.
More recently, He et al. [4] investigated the problem of a finite thermopiezoelectric bar with a moving heat source using the L-S theory.

Kinoshita, et al., Highly efficient photon-to-electron conversion with mercurochrome-sensitized nanoporous oxide semiconductor solar cells, Sol.
Badraghi, et al., Synthesis of ZnO nanoparticles and electrodeposi- tion of polypyrrole/ZnO nanocomposite film, Int.
El-Etre, S.M.

(In Chinese) [2] Hu Jun,Xiao Ling-jian,Wang Yu-han, el a1.
(In Chinese) [3] YANG Kai-ming, SHI Chuan, YE Pei-qing, et al.
[7] Wang Qi-kui, Chen You-dong, Li Wei, et al.

This result is similar to Modesti et. al. [14] where the existence of nanoclay does not change the glass transition temperature of PP.
While Liu et al. [15] has reported that the glass transition temperature of PP is shifted to lower temperature with less than 3% of nanoclay filler, whereas at more than 3% filler there is no significant effects.
Salah El-Deen, Hiltner, A.

References [1] Liang Z.Q, Wang X.B, Wu Y.B, et al: J.
Vol.133(2003),P371-377 [4] A.A.Abdel-Rahman and A.A.El-Domiaty: Wear Vol.218(1998),P216-222 [5] Shaw MC: Annals of CIRP Vol.5(1956),P25-53 [6] K.P.
Nategh,et al: J.

Fig. 3 El. resistivity difference vs. rel. crack length: in the n and l area for specimens T69A-C (left), in the n area for all tested specimens (right) Results of resistivity differences between the mid-span M and the reference L, R parts in the n (notch) and l (ligament) area as functions of the relative crack length (determined for the average compliance) for specimens T69A-C are shown in graphs in Fig 3 left.
Červenka et al.: ATENA Program Documentation (Cervenka Consulting, 2005)
Topping, et al., Civil-Comp Press, Paper 121, 2009. doi:10.4203/ccp.91.121