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Online since: August 2013
Authors: Jun Ming Hou, De Xu Yang, Yan Tao Qu, Lian Xing Gao
Order number
Capaticity kW
Speed r/min
torqueN·M
Transmission form
Transmission rate
productivity
0
4
960
40
Belt drive
2.7
0.95
Ⅰ
3.8
350
105.6
Belt drive
2
0.95
Ⅱ
3.61
1450
23.97
Belt drive
3.5
0.95
Ⅲ
3.468
414
201.04
Table1 Parameter of transmission device
(2) The nail teeth and arrangement.
Research development of grain damage during threshing[J].
Research development of grain damage during threshing[J].
Online since: April 2011
Authors: Xun Feng Yuan, Yu Tian Ding
is the dissipative interfacial stress and is modeled as=-υ(1+ψ)2(1-ψ)h/ 4w20, in which the constant h is 2.757. τ0/w0 is a dimensionless velocity, D=ατ0/w20 is the dimensionless thermal diffusivity, υ=υ0τ0/w0 is a dimensionless kinematic viscosity, Pr=υ/α is the Prandtl number, x and y are dimensionless distances, t is dimensionless time while ρ, P and are the density, pressure and flow velocity, respectively.
The grain grows into an equiaxial dendrite under free flow conditions whereas when U is 0.15 side–branches are formed upstream of the lateral principal branch and the longitudinal principal branch is smooth.
The grain grows into an equiaxial dendrite under free flow conditions whereas when U is 0.15 side–branches are formed upstream of the lateral principal branch and the longitudinal principal branch is smooth.
Online since: April 2011
Authors: Zhong Hai Liu, Hu Jun Wang, Ming Hai Wang
During the sealing materials, the IPG has excellent such as compact structure, small grain size and uniform performances.
In the process of precision cutting IPG, when cutting thickness is less than the critical thickness, the material is removed mainly through plastic deformation since there are a large number of dislocation movements inside the crystal material.
In the process of precision cutting IPG, when cutting thickness is less than the critical thickness, the material is removed mainly through plastic deformation since there are a large number of dislocation movements inside the crystal material.
Online since: January 2014
Authors: János Kundrák, Gergely Szabó
Influence of the rake angle on the structure of the slip-line field
The changing of the slip-line field in the case of cutting hardened steels has been researched principally for chip removal with abrasive grains (e.g. grinding) [12, 14].
The work was presented by the support of the Hungarian Scientific Research Fund (Number of Agreement: OTKA K 84177, which the authors greatly appreciate.
The work was presented by the support of the Hungarian Scientific Research Fund (Number of Agreement: OTKA K 84177, which the authors greatly appreciate.
Online since: September 2013
Authors: Yu Huan Zhao
Nano materials are a kind of ultrafine materials with the grain size of nanometer (10-9m).
The additive uses innovative nano micro-emulsification technology to produce a new generation of multipurpose fuel additives, which can fully solve the alone resolve enhancer, detergent and fuel-saving additives of octane number, and also can improve the overall performance of the engine.
The additive uses innovative nano micro-emulsification technology to produce a new generation of multipurpose fuel additives, which can fully solve the alone resolve enhancer, detergent and fuel-saving additives of octane number, and also can improve the overall performance of the engine.
Online since: December 2012
Authors: Ai Bing Yu, Hai Ping Zhu, Bo Shi Xia
Introduction
Granular materials are quite common in nature and in industry, appearing as, for example, sands, soil, cement, grains, chemical powders, coal, mineral rocks and so on.
The number of discharged particles during every ten time steps is adopted to denote the discharge rate.
The number of discharged particles during every ten time steps is adopted to denote the discharge rate.
Co-Precipitation Synthesis and Supercritical Ethanol Drying of Yttrium Aluminum Garnet (YAG) Powders
Online since: February 2006
Authors: Ru Yang, Hong Yu Chen
Because of the high oxygen coordination
numbers of Al3+ (CN = 6 or 4) and Y
3+ (CN = 8), OH
− may provide strong complexation under high
temperature and high-pressure state.
Single-phase YAG powder, with well-dispersed fine spherical grains and 30-40nm in diameter can be synthesized by heating the above precursor at 1200°C for 2h.
Single-phase YAG powder, with well-dispersed fine spherical grains and 30-40nm in diameter can be synthesized by heating the above precursor at 1200°C for 2h.
Online since: July 2015
Authors: Feng Xu, Zhao Zhi Liu, Xu Hui Zhang, Dun Wen Zuo
The deviation of the absorption to higher wave number is due to the internal stress caused by ions bombardment in the film [6].
The globular grains with small particles and nanoclusters can be found in Fig. 2a, which are similar to the morphology of NCD.
The globular grains with small particles and nanoclusters can be found in Fig. 2a, which are similar to the morphology of NCD.
Online since: June 2014
Authors: Marco Carbone, Giuseppina Garofalo, Gennaro Nigro, Patrizia Piro
Whereas a large number of research articles has investigated the chemical composition of olives and olive [4, 9, 10], only few studies have analyzed the hydraulic behavior of a filter media based on OSs.
The diameter of olive stone grains is up to 5 mm and the d50 of 2 mm.
The diameter of olive stone grains is up to 5 mm and the d50 of 2 mm.
Online since: December 2014
Authors: Jie Chen, Yang Li
Combined with the experimental results, it can be used to analyze the internal temperature and pressure environment, in order to optimize furnace design, the heater number, provides the theory basis for the energy conservation of SiC mass industrial production.
The cross-section which is perpendicular to the heat source is analyzed; (2) Make the assumption that furnace materials are fully mixing, close-grained, and reaction materials are isotropous in the whole synthesis process; (3) The synthetic material in the furnace are treated as one substance.
The cross-section which is perpendicular to the heat source is analyzed; (2) Make the assumption that furnace materials are fully mixing, close-grained, and reaction materials are isotropous in the whole synthesis process; (3) The synthetic material in the furnace are treated as one substance.