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Study on Desulfurization of with Solid Waste by Microwave Zhijun He1,a, Shuai Liu2, Yonglong Jin3 1University of Science and Technology Liaoning, China 2 Ironmaking Plant Anshan iron and steel group company, China 3Tangshan iron and steel group Co., LTD, China aHzhj2002@126.com Keywords： Boron mud, fly ash, desulfurization efficiency, resource recycling Abstract: This paper aims to study the feasibility of two solid waste which are boron mud and fly ash as desulfurization absorbents by microwave.
SO2+H2O→H2SO3 (1) Ca(OH)2+H2SO3→CaSO3·1/2H2O+3/2H2O (2) Ca(OH)2+SO2→CaSO3·1/2H2O+1/2H2O (3) CaSO3·1/2H2O+1/2O2→CaSO4·1/2H2O (4) CaSO3+1/2O2→CaSO4 (5) Conclusions The experiment research shows that the boron mud and fly ash can be used absorbent raw material of desulfurization by microwave.
References [1] P.LV, J.Z.Liu, SH.W.Yu: Liaoning Chemical Industry.Vol.6(2004), p342-343 [2] T.Sun: Journal of Liaoning Institute of Technology.

Material attribute is: concrete strength grade: C50, elasticity modulus: 34.5GPa, poison ratio: 0.2.
Sichuan Building Science [J] No.6:130-134, 2011（In Chinese） [2] Xianhua Huang.
South CHINA Journal of seismology [J] Vol.30,No.1 2010.3:6-16（In Chinese） [6] Chao Sun.

Material performance requirements Power Dissipation. (1)Voltage circuit: In the reference voltage, reference temperature and reference frequency, active power and apparent power of voltage circuit in the intelligent socket is not greater than 0.06W in wireless hibernation, 1VA; and should not exceed 0.1W, 1.5VA in non-communication state; and should not exceed 0.2W, 2VA in the communication state
Acknowledgement This research is carried out with the support of the science and technology project of xuchang city(2119), which the authors gratefully acknowledge.
Sahinoglu, Mitsubishi Electric Research Laboratories(2007) [2] Jin-Shyan Lee, Yu-Wei Su, and Chung-Chou Shen: The 33rd Annual Conference of the IEEE Industrial Electronics Society (2007) [3] Soyoung Hwang and Donghui Yu: International Journal of Software Engineering and Its Applications(2012),p.35 [4] Y.

(i) The offshore engineering ships are used to transfer the material and person on the platform or for emergency.
An overview of marine & utility system for offshore platform, Engineering Sciences.2013.8 (4): 43-49
Research on the Risk Area Calculation for the Ship not under Command in Fairway with Breakwater, Journal of Wuhan University of Technology, 2009.10 (10): 126-128, in Chinese.

Sports park is a material carrier for people to make leisure tourism, exercise training and enjoy athletic contest.
Liu: Science and Technology Information (Academic Research), Vol. 134 (2008) No.34, p.642.
Zhou: Journal of Physical Education, Vol.17 (2010) No.9, p.45.

This layer can be any material such as semiconductor, metal, metal oxide and etc. as long it flow the current or voltage.
Hashim and Pei Ling Leow, Design and fabrication of single atom size polysilicon Nanowire, Journal of Applied Sciences Research. 8(8) (2012) 4262-4267

So that three parts can be compounded a combination of organic, and shown a reasonable layout; Functional design of the operation panel: according to the working principle and process of the punch, the various functions of the operation panel is designed, and then arranged for the location of the various functions on the panel reasonably, to be achieved the aim of savings in material and aesthetically pleasing, and facilitated the operation of the workers; The coding circuit design of buttons and knobs: it is mainly extended the input/ output port, selected the suitable SCM based on the principle of coding, and designed the circuit schematic rationally in order to be realized the I/O port expansion; The design of NC code interpreter and motion simulation: it is mainly included the principle of NC code compiler and specific compilation process.
Vol. 13(2005), p. 2195 [11] Panxiang Rong, Nan Liu, Huanhuan Zhang: Journal of Harbin University of Science and Technology.

The particle is corresponds to material variable and can be represented as ,,is the number of fictitious nodes distributed in the mold.
ACKNOWLEDGMENT This project is supported by the National Natural Science Foundation of China under grant No. 51109023.
Journal of harbin shipbuilding engineering institute. 1987, 8(3): 9-18

Soil Distribution Material Depth /m Unit weight /KN/m³ Saturated unit weight /KN/m³ Modulus of elasticity /MPa Poisson's ratio Cohesion /KPa Angle of internal friction The earth fill 3 19.2 19.4 6.8 0.35 20.2 14 Silty clay layer 5 19.5 18.8 11.6 0.35 14.5 9 Fine sand layer 16 19.8 20.0 21.3 0.3 5.3 33 Gravel soil 23 20.8 21.1 41.9 0.25 5.3 34 A layer of clay 34 19.4 19.7 18.3 0.35 29.4 12 Broken mudstone 47 22.3 22.5 3000 0.3 20.7 37 The analysis and calculation on the steps corresponding section, the example set up 2 groups to establish comparative calculation model, each group of 5 models, the total is 10 models.
The circular diaphragm wall of deep foundation pit supporting structure stress characteristic and the comparative analysis of [J]. traffic science & technology, 2005,22 (11): 96-99+114.In Chinese
Chinese Journal of geotechnical engineering.2008.30 (10):280-285.In Chinese

Introduction With the progress of technology and material, Chinese highway construction develops very quickly, but the calculating of roadbed settlement has always been a big problem for engineers.
(in chinese) [5] Zhang huimei,li yunpeng,mao cheng,Settlement prediction of roadbed in soft ground by using artificial neural networks, Journal of chang’an university(natural science edition) 2002,22(4):20~22.