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Qingjiang green cabbage seeds were utilized for test material.
Liu: Journal of Agricultural Mechanization Research, (2005), p.16 (In Chinese) [3] B.
Chen: Journal of Agricultural Mechanization Research, (2005), p.66 (In Chinese) [4] T.H.
Lu: Journal of system simulation, Vol.18, 2006, p.551 (In Chinese) [9] L.Y.
Jiang: Experimental design and data processing (China building material industry publishing house, Beijin 2004)

For the boom, its material was Q345D, the axial and radial degrees of its hinge joint C were constrained while the rotational degrees were released and the rest joints were exerted with “bearing load” in accordance with table 2.
Acknowledgements This project was financially supported by National Key Technology R&D Program (Grant No. 2013BAF07B04) and National Natural Science Foundation of China (Grant No. 51075356).
“Integration Finite Element Analysis on Whole Working Equipment of Hydraulic Excavator,” Journal of agricultural machinery, 38(10):20-23
“Finite Element Analysis of Arm of Hydraulic Excavator,” Jiangsu: China Journal of Highway and Transport, 16(4):118-120
“Strength Analysis of The Excavator Bucket,” Liaoning: Journal of Liaoning university of petroleum and chemical, 27(4):45-50

(6a) (6b) where is the bed material density relative to water; is the median diameter of bed material; is the water depth; is the mean porosity; , are the velocity components along x- and y- directions, respectively; is the kinematic viscosity coefficient; is the gravity acceleration.
Acknowledgements This study was financially supported by the National Natural Science Foundation of China (Grant No. 51009059), the Fundamental Research Funds for the Central Universities (Grant No. 2010B02914), and the Special Commonweal Research Foundation of the Ministry of Water Conservancy(Grant No. 200901032).
Journal of Hydraulic Engineering, 2000, 1, 49-59
Journal of Hydraulic Engineering, 1998, 124(7), 678-686
Journal of Hydraulic Engineering, ASCE, 1984, 110(10), 1613-1641

The method is very promising, and in recent years many researchers have developed an interest in this technology as a unique method of non-waste processing of lignocellulosic raw materials.
Through the charging unit 4, the reactor 5 is charged with ground and moistened wood raw materials of any kind.
Fomin, Modelling heat and mass transfer processes in capillary-porous materials at their grinding by pressure release.
Sychevskii, Drying of colloidal capillary-porous materials. 
International Journal of Heat and Mass Transfer, 85 (2015) 740-749

Mészáros Department of Materials Science and Engineering, Budapest University of Technology and Economics, H-1111 Bertalan L. u. 7., (MT/109), Budapest, Hungary meszaros@eik.bme.hu Keywords: duplex stainless steel, heat treatment, phase transformation, nondestructive testing, magnetic test Abstract.
The microstructure of the base material can be seen in figure 1.
Base material, 100x of magnification.
Mészáros, Testing of Stainless Steel BY double yoke DC magnetometer, Journal of Electrical Engineering, Vol 61.
Fiorillo: Measurements and Characterization of Magnetic Materials, (Elsevier Pub.Co.) 2004.

(2) k is average heat conductivity of P-N knot material; A is total area of thermoelectric material; T(x,t) is heat distribution of thermoelectric module.
(3) is Thomson coefficient. is resistance ratio of thermoelectric material.
C is Average specific heat of thermoelectric material. is Average consistency of thermoelectric material.
Acknowledgment This work was supported by key disciplines of Shanghai Municipal Education Commission (J51801), and Science and Technology Project of Shanghai Municipal Education Commission (07ZZ179).
Duang, “System dynamic model and temperature control of a thermoelectric cooler,” [J].International Journal of Refrigeration, vol. 23, pp. 197-207, 2000

Introduction Heat-resistant martensitic steels with 9% Cr are widely used as a structural material for the boiler and turbine components of ultra supercritical fossil power plants due to its excellent creep resistance [1,2].
It was recently demonstrated, that the creep resistance of these materials can be significantly improved by boron additives [3,4].
Acknowledgements The study was supported by Federal Agency for Science and Innovations, grant No.
Sokolov: Journal of Nuclear Materials.
[8] Standard Test Methods for Notched Bar Impact Testing of Metallic Materials, ASTM E23-07a, an American National Standard.

The micro device property was affected by the material, structures and electromagnetic parameters.
Ni-Fe plating has a compact structure, bright and smooth surface and was widely used in the production of new materials that require specific mechanical, chemical and/or physical properties[8].
Journal of Materials Science: Materials in Electronics, 11, p.243-251, (2000)

Expermental study on the mixture ratio and the compressive strength of concrete with Recycle crushed brick coarse Aggregate QinLiua and Xiaona Zhangb Huanghe Science&Technology College, HeNan, ZhengZhou450063, China a32090881@qq.com b45165920@qq.com Keywords: recycled coarse aggregates; concrete; mixture ratio; compressive strength Abstract: Considering the high absorption of water is a distinctive feature of recycled crushed bricks coarse aggregate, the mixture ratio text of recycled concrete using crushed bricks as coarse aggregate is carried out, and the compressive performance is studied.The resert indicate , the strength grade of recycled concrete which using bricks as coarse aggregate can reach C20 and C25, characterisitic value of cubic concrete compressive strength at the age of 28 days are 21.2MPa and 27.55MPa;Based on regression analysis of test data , the formulas which estimated the strength of recycled coarse aggregates concrete are given out.
Analysis of the reasons for the first brick, waste recycled coarse aggregate material strength is low, and the inevitable waste brick regeneration coarse aggregate in containing fine mortar, waste broken will make some recycled coarse aggregate with fine cracks, resulting in a strong degree of aggregate is low; moreover, the test of concrete test block are standard maintenance, maintenance humidity is higher than 90%, block the water loss is small, recycled aggregate "curing" performance failed to manifest.
The calculating formula of the strength of recycled aggregate concrete China's current 《mix proportion design of ordinary concrete rules》 (JGJ55-2011) provides that: value calculated by the following formula of compressive strength of concrete: （1） （2） —Test cube compressive strength of concrete of 28d age values (MPa)，—Cementitious material 28d mortar strength , —the influence coefficients of fly ash and slag powder,，（In this experiment without fly ash and slag powder,so=1.0, =1.0）—Test cube compressive strength of concrete of 28d age values (MPa)；—The amount of cementing material and water ratio；, The regression coefficient associated with the coarse aggregate，for the gravel ，[6]。
The new building materials，2006（6），30-33 [2] H.Zhang， X.Z.Xiong．Study on the characteristics of waste recycled aggregate concrete [J].
Journal of Wuhan University of Technology，2006（3）: 64-66

Apatite Pattern Formation � by Electrophoretic Deposition Transcribing Resist Pattern Seiji Yamaguchia , Takeshi Yabutsuka b, Mitsuhiro Hibino c and Takeshi Yaod Graduate School of Energy Science, Kyoto University Yoshida, Sakyo-ku, Kyoto, 606-8501 Japan a S.Y@esi.mbox.media.kyoto-u.ac.jp, bTakeshi@t27a2136.mbox.media.kyoto-u.ac.jp, c hibino@energy.kyoto-u.ac.jp, dyao@energy.kyoto-u.ac.jp Keywords: Apatite, Pattern, Electrophoretic deposition (EPD), resist pattern, electric field, simulated body fluid, biomimetic method Abstract.
Advanced multifunctional biomaterials will be produced by a combination of bioaffinity of apatite with mechanical, electric, magnetic or optical properties of other materials.
Recently, we have found that when a porous insulating material is arranged between EPD electrodes, ceramic particles can be migrated by the electric field passing through the pores of the insulating material [5,6].
Then this method will contribute to development of variety of fields utilizing various properties of apatite, for instance, production of multifunctional materials having bioaffinity.
[9] Jun-Ho Yum and Yung-Eun Sung, Journal of The Electrochemical Society, 151 (2) H27-H32 (2004) [10] T.