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Beschoten, et.al.: Nature Vol.402, (1999), p.790
Johnston-Halperin, et.al.: Semic.
Gregg, et.al.: J.
Magno, et.al.: Appl.
Baidus’, et.al.: J. of Surface Investigation.

Devices A ITO/PEDOT: PSS (80 nm)/PVK: PBD: (fl-5CF3-py)2Ir(acac) (8 wt %) (80 nm)/TPBi (30 nm)/LiF (1 nm)/Al, B ITO/PEDOT: PSS (80 nm)/PVK: PBD: (fl-5CF3-py)2Ir(acac) (2 wt %): FIrPic (6 wt %) (80 nm) /TPBi (30 nm)/LiF (1 nm)/Al, C ITO/PEDOT: PSS (80 nm)/PVK: PBD: (fl-5CF3-py)2Ir(acac) (0.2 wt %): FIrPic (7.8 wt %) (80 nm)/TPBi (30 nm)/LiF (1 nm)/Al and D ITO/PEDOT: PSS (80 nm)/CBP: (fl-5CF3-py)2Ir(acac) (5 wt %) (80 nm)/mCP: FIrPic (8 wt %) (30 nm)/TPBi (30 nm)/LiF (1 nm)/Al were fabricated.
EL spectra and CIE coordinates were measured by using SpectroScan PR 655 photometer (Photo Research).
EL spectra EL properties.
EL spectra were seen in Fig. 4.
EL spectra of Device A peaked at 588 nm from (fl-5CF3-py)2Ir(acac) emission.

El Mehtedi et al. [13,14] studied the feasibility of FSE process to produce defect-free wires of pure AA1090 and AA1099 aluminum chips.
El Mehtedi, A.
El Mehtedi, A.
El Mehtedi, P.
El Mohtadi, A.

Fig.1 Chemical structure of TPAHQZn Fig.2 Normalized EL spectra of devices 1 and 2 at V=13V Experiment Organic light-emitting device 1 were fabricated, using yellow-light emission material TPAHQZn as a HTL and emitter, the device 1 structure was : ITO/2T-NATA (17 nm)/ TPAHQZn (40 nm)/ NPBX (25 nm)/ Alq3 (30 nm)/LiF (0.5nm)/Al .
Results and discussion The normalized EL spectra of devices 1 and 2 at V=13V are shown in Figure 2.
The broad EL spectra in different voltages cover the whole visible range from 380 to 780 nm.
Lett., Vol. 69(15)(1996), p.:2160  [7] Elschner A, Bruder f, Heuer H W, et al.
Nature, Vol. 403(2000), p. 750 [12] Yingfang Zhang, Gang Cheng, Yi Zhao, et al.

The 20 joints respectively are Head (H), ShoulderCenter (SC), ShoulderLeft (SL), ShoulderRight (SR), ElbowLeft (EL), ElbowRight (ER), WristLeft (WL), WristRight (WR), HandLeft (HL), HandRight (HR), Spine (S), HipCenter (HipC), HipLeft (HipL), HipRight (HipR), KneeLeft (KL), KneeRight (KR), AnkleLeft (AL), AnkleRight (AR), FootLeft (FL), and FootRight (FR).
Table 1 The relationship between 20 key points Distance(X axis) Distance(Y axis) Distance(Z axis) Angle Upper body HL to HR HL to EL HL to SL HR to WR HR to ER HR to SR HL to HR HL to EL HL to SL HR to WR HR to ER HR to SR HL to HR HL to EL HL to SL HR to WR HR to ER HR to SR {HL,SL,SC} {HR,SR,SC} {HL,S,HR} {WL,EL,SL} {WR,ER,SR} {H,SC,SL} {H,SC,SR} Lower body HipL to KL HipL to AL HipR to KR HipR to AR HipL to KL HipL to AL HipR to KR HipR to AR HipL to KL HipL to AL HipR to KR HipR to AR {AR,KR,HipC} {AL,KL,HipC} {AL,HipC,AR} {AL,HipL,HipC} {AL,HipR,HipC} Whole body HL to AL EL to KL HR to AR ER to KR HL to AL EL to KL HR to AR ER to KR HL to AL EL to KL HR to AR ER to KR {H,SC,KL} {H,SC,KR} {EL,HipC,KL} {ER,HipC,KR} For example, in order to show the distance between left hand and right hand in the three-dimensional space, assuming that A(x1, y1, z1) as the coordinate of left hand, B(x2, y2, z2) as the coordinate of right
-J., et al.
[5] Ravi N., Dandekar N., and Mysore P., et al.
Yi et al.

(EL), Ilex asprella Champ.
However, leaf pH did not vary significantly among the geographic populations of El and MP.
Zhao et al. (2007) reported significant phenotypic variations within and between populations of Aquilaria sinensis (Lour.)
Ma et al. (1998) demonstrated that the 6 geographic populations of Poacynum pictum Baill. varied in stomatal types and number of stomata[8].
(EL), Ilex asprella Champ.

In addition, LEDs based on perovskite demonstrate efficiencies over 20%, narrow EL line width and high brightness of radiation [3].
Such approach allows to fabricate MAPbI3-based devices with SC efficiency 12,8% and external quantum efficiency of EL 0,04%.
Such LESC demonstrate 1.02% of efficiency as a SC and external quantum efficiency of EL 0.12% in a visible range.
Solvent annealing does not affect the peak of EL wavelength either (Fig. 4b).
Gil-Escrig et al., “Efficient photovoltaic and electroluminescent perovskite devices,” Chem.

The El Centro and Taft seismic waves are used to calculate the dynamic characteristics of the structure in the time domain, of which dynamic responses are proved satisfactory.
Based on the characteristics of CVRSS, The El Centro earthquake wave and the Taft earthquake wave were selected to act on the structures.
They show that the top displacement peak response of CVRSS is reduced to 74% of that of CCSS subject to scaled El Centro excitation, while the number goes to 73% under scaled Taft excitation.
(a) El Centro (b) Taft Fig.4 Time histories of top floor displacement of primary structure Table 1 The top floor displacement peak response of primary structure Earthquake wave The top displacement peak response of CCSS (m) The top displacement peak response of CVRSS (m) El Centro 0.081 0.060 0.74 Taft 0.083 0.061 0.73 Dynamic response analysis of inter-story drift Figure 5 presents the total inter-story drift time histories of top suspended segment of CVRSS and CCSS under El Centro and Taft (PGA = 400gal) earthquakes, respectively.
(in Chinese) [5] Cao Wanlin, Lu Zhicheng, Zhang Jianwei, et al.

El-Gamal1,a, Mostafa.
Abo-El-Enein et al. concluded that nano-ZnO is not preferred to be used in binding materials, especially if high early strength is required, as it has a strong retardation impact [8].
El-Din, M.M.
El-Feky, A.
El-Gamal, M.

The multilayer yellow-green organic light-emitting devices (OLED) ITO/NPB/TSPAPB/BCP/TPBi or Alq3/LiF/Al were fabricated.
EL properties.
Their EL performances were summarized in Tab. 1.
b. λem: Center wavelength of the EL spectra.
Four non-dopant yellow devices ITO/NPB/TSPAPB/BCP/TPBi or Alq3/LiF/Al were fabricated.