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Online since: May 2016
Authors: Yang Cao, Can Li Li, Da Bin Zhang, Ze Lu, Qi Xiang Cui
Table 3 Corresponding temperature point of hot recession for four samples in Fahrenheit and Celsius
Temperature type
P0.0
MP
SP
BP
Temperature reduction formula
F=9/5C+32
Fahrenheit/F
486
542
556
550
Celsius /℃
252
283
291
287
Fig.3 (a)Friction coefficient curve of four friction samples under different temperature, (b) Wear rate curve of four friction samples under different temperature, (c) Friction coefficient curve of four samples along with continuous temperature change (secondary recession) and hot recession, (d) Contrast of four friction samples (TG) DTA
Result analysis
Contrast analysis of friction coefficient and hot recession resistance ability.(1) Data contrast and analysis.
Online since: October 2013
Authors: Yuan Tong Gu, Prasad K.D.V. Yarlagadda, Beat Schmutz, Michael Schuetz, Javad Malekani
From clinical point of view, an anatomically well-fitted plate can greatly facilitate the process of closed reduction in terms of axial and rotational alignment of the main fragments [4].
It can be estimated accurately from data generated during an iteration process and is the best stopping criterion for an iterative process [28].
It can be estimated accurately from data generated during an iteration process and is the best stopping criterion for an iterative process [28].
Online since: August 2018
Authors: Peter A. Ajibade, Johannes Z. Mbese
Table 1. 1H NMR spectral data for dithiocarbamate ligands and complexes.
1H NMR
a
b
c
d
N-H
DiisoprDTC
3.28-3.37 m
[Ru(DiisoprDTC)3]
1.19-1.52 m
AllyDTC
3.30 s
4.70 d
3.77-3.84 p
4.45 d
3.40 s
[Ru(AllylDTC)3]
3.38 s
3.18-3.19 d
4.44-4.46 p
5.16-5.33 m
DiAllylDTC
4.66-4.68 d
5.02-5.07 p
5.79-5.97 m
[Ru(DiAllylDTC)3]
4.31-4.33 d
5.18-5.31 p
5.75-5.85 m
Notes: The spectra were obtained in DMSO-d6, chemical shifts in ppm.
The shift in the optical absorption spectrum is known to take place owing to strong quantum confinement effect caused by the reduction in particle size, which occurs in the case of nanoparticles when the particle size becomes comparable with or smaller than Bohr radius of exciton.
The shift in the optical absorption spectrum is known to take place owing to strong quantum confinement effect caused by the reduction in particle size, which occurs in the case of nanoparticles when the particle size becomes comparable with or smaller than Bohr radius of exciton.
Online since: August 2014
Authors: Michal Cehlár, Zuzana Jurkasová, Dušan Kudelas, Ján Mendel, Róbert Tutko
Economical evaluation has been performed using the following main input data on prices (identical for all alternatives) at level of I/2012 year:
- Price of sold heat 13.278 Euro/GJ
- Price of electricity sold to the network: 195.844 Euro/MWh
- Price of water from geo-source 0.03 Euro/t
- Price of transfer medium 0.89 Euro/t
- Labour costs 1500 Euro/month.man
- Annual price increase 3 %
- Discount rate 7 %
Investment Costs
Investment costs have been calculated for project implementation by one general turn-key supplier.
"HDR Reservoir Flow Impedance and Potentials for Impedance Reduction" Proceedings, 18th Workshop on Geothermal Reservoir Engineering, Stanford University, Stanford, CA (1993) p. 193-197
"HDR Reservoir Flow Impedance and Potentials for Impedance Reduction" Proceedings, 18th Workshop on Geothermal Reservoir Engineering, Stanford University, Stanford, CA (1993) p. 193-197
Online since: December 2025
Authors: Xin Qi Zhang, Jia Zheng Wang, Jian Wei Shi, Dong Chen, Dan Wang
A common method is to store the UEL calculation results in a text file, and then use tools such as MATLAB to read the text data and draw the nephogram.
The encrypted area and the non-encrypted area are transitioned through mesh reduction.
The encrypted area and the non-encrypted area are transitioned through mesh reduction.
Online since: November 2016
Authors: Eyup Sabri Kayali, Berrak Bulut, Ziya Engin Erkmen
Results and Discussion
Fig. 1 depicts the density data and Table 1 summarizes the porosity values of composites sintered at different temperatures.
A dramatic reduction in mechanical properties of the HZC10 composite (16,42 MPa; 39,66 HV) was observed because of the formation of CS glassy phase (Figure 13).
A dramatic reduction in mechanical properties of the HZC10 composite (16,42 MPa; 39,66 HV) was observed because of the formation of CS glassy phase (Figure 13).
Online since: October 2006
Authors: Hermann Riedel, Torsten Kraft, Andreas Wonisch
The effect of the constraint is a reduction of
the densification rate of the film as can be seen in
Fig. 6.
Inserting the material parameters determined from the simulation in Eq. 8 give an excellent agreement with the simulation data (dashed lines in Fig. 6).
Inserting the material parameters determined from the simulation in Eq. 8 give an excellent agreement with the simulation data (dashed lines in Fig. 6).
Online since: January 2026
Authors: Jeena B. Edayadiyil, Jency Sara Kurian, Jetcy Elizabeth Philip
The yield stress, ultimate tensile strength, and elastic modulus were consistent with the experimental data.
BCSPs achieve better deformation control, exhibiting a 50% reduction in maximum lateral displacement relative to stiffened BDSPs, thus improving stability under cyclic loading. 3.
BCSPs achieve better deformation control, exhibiting a 50% reduction in maximum lateral displacement relative to stiffened BDSPs, thus improving stability under cyclic loading. 3.
Online since: January 2012
Authors: Li Hua Xu, Xiao Bin Hu, Ming Jie Zhang, Fan Yang, Yin Liang Cai, Si Zhang
The structural and mechanical modal analysis software UTeKL was adopted for data acquisition and modal analysis of the test model.
After the rare earthquake of intensity 7 with the peak acceleration of 0.9g, more cracks emerged near the BFRP laminates in the A-axis and the B-axis walls, the existing horizontal cracks in the y direction walls continued to extend, and the natural vibration frequency of the structure model had a 14% or so reduction.
After the rare earthquake of intensity 7 with the peak acceleration of 0.9g, more cracks emerged near the BFRP laminates in the A-axis and the B-axis walls, the existing horizontal cracks in the y direction walls continued to extend, and the natural vibration frequency of the structure model had a 14% or so reduction.