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Effects of Preparing Conditions on the Performances of Nano La(S,C)-TiO2 films Kejing Xua and Jintao Xi School of Materials Science and Engineering, Shandong University of Technology, No.12, Zhangzhou Road, Ziob 255049, Shandong Province, P.
Chinese Rare Earth Science, Vol. 21(2003), p. 67
Ohwaki et al.: Science, Vol.293 (13) (2001), p.269
Dong: Polish Journal of Chemistry, Vol.82( 2008), p. 2189.

Experimental Study on Influence of High-Borosilicate Glass Transmittance on Solar Cooling Tube Thermal Performances Fei Chen 1,a, Huizhong Zhao 1,b 1 University of Shanghai for Science and Technology, College of Environment and Architecture ,Military Road 516, Yangpu District, Shanghai,200093,China achenfei870324@163.com,bhzzhao@126.com Keywors: solar radiation intensity; high-borosilicate glass tube; transmittance; thermal performance Abstract: The experiment to test the solar radiation intensity through borosilicate glass tubes with a variety of different radius of curvatures and different qualities are taken on condition that the solar radiation intensity is from 23 W/㎡ to1022W/㎡.
Journal of Shanghai Jiaotong University，2004, 38(10): 1635—1638 (in Chinese)
Solar Energy Materials and Solar Cells，2010,94(3): 583—587.
Acknowledgement: the National Natural Science Foundation of China (No.50976073); Manheng Foundation of University of Shanghai for Science and Technology; the Innovation Program of Shanghai Municipal Education Commission (No.09YZ229); the Leading Academic Discipline Project of Shanghai Municipal Education Commission (No.J50502) Corresponding author: Huizhong Zhao.

Optical trap stiffness online measurement system based on FPGA Pengfei Li, Jing Li*, Chunli Zhu Department of Precision Machinery and Precision Instrumentation, University of Science and Technology of China, Hefei, 230027, China *Corresponding author: lijing@ustc.edu.cn Keywords: Optical trap stiffness, four quadrant detector, FPGA Abstract: For investigating the mechanical properties of optical tweezers, a data collection/process/control system based on FPGA is designed and developed to measure the optical trap stiffness.
Introduction In recent years, optical tweezers technology [1] is applied more and more widely in the fields of physics, nano materials, biology and chemistry [2-4].
Acknowledgement We are grateful to the National Natural Science Foundation of China (Grant Nos. 91023049), 973 Programs (Grant No. 2012CB937500) and Program for the scientific instrument development of the Chinese Academy of Sciences (Grant No.Y2201265) for financial support of this work.
[3] Richard Bowman, Daryl Preece, Graham Gibson and Miles Padgett, "Stereoscopic particle tracking for 3D touch, vision and closed-loop control in optical tweezers", JOURNAL OF OPTICS, 13, 044003(2011)

Influence of Tunnel Blasting on the Close-spaced Tunnel Yanming Dinga, Shucui Congb, Rentao Wangc, Haowei Lid and Hailiang Wange Key Laboratory of Mine Disaster Prevention and Control, Shandong University of Science and Technology, Tsingdao 266510, Shandong, China adingyanming126@126.com, bcscvs12@163.com, cwrtao1010@163.com, dlihaowei0726@163.com, eA405405B@263.net Keywords: Cross-Harbor Tunnel; Blasting, Velocity; Frequency; Magnifying; Attenuate Abstract.
Acknowledgements Project 10672091 supported by National Natural Science Foundation of China and Education Department Technology Planned Project of Shandong Province (J08LA07) are gratefully acknowledged.
(in Chinese) [2] Rucang BAO, Tongwei GAO, Lianjun CHEN and Hailiang WANG, in: Proceedings of the 2009 International Autumn Seminar on Propellants, Explosives and Pyrotechnics, edited by LI Shengcai, WANG Yajun, CAO Fengxia, ZHAO Shanshan and ZHOU Shuqiong, volume 8 of Theory and Practice of Energetic Materials, section 5 , miscellaneous, Science Press Publishers (2009) [3] Junqing GAO.
Chinese Journal of Underground Space and Engineering.

Acknowledgements This study was made as part of the “Technology for evaluating the fire resistance performance and fire stress ratio of reinforced concrete members” Project implemented by the Korea Institute of Construction Technology and sponsored by the Korean Ministry of Science, ICT & Future Planning.
Purkiss(1996), "Fire Saftey Engineering Design of Structures", Butterworth Heinemann [3] ISO 834-1(1999), “Fire-resistance tests-Elements of building construction-Part 1: General requirements” [4] ISO 834-7(2000), “Fire-resistance tests-Elements of building construction-Part 7: Specific requirements for columns” [5] Annelies De Wit, 2011, “Behavior and structural design of concrete structures exposed to fire”, Master of Science Thesis, KTH Architecture and the Built Environment [6] Shahid I, Ronald S.H, 2011, “Capacity reduction and fire load factors for LRFD of steel columns exposed ot fire”, Fire Safety Journal 46(2011), p234-242 [7] Morris W.A., "Guidelines for the construction of fire-resisting structural elements", Building Research Establishment Report, 1998
‘Materials Science and Engineering : An Introduction‘, John Wiley & Sons, Inc.(2006).

Screening and Identification of a PCBs-degrading Halophilic Bacterium Zhe Zhao 1, a , Lan-Ying Zhang2 1 Department of Environmental Science and Engineering, Northeastern University at Qinhuangdao, P.R.
Experimental Part Experimental materials and instruments.
Environmental Science and Technology, Issue 5,2004:24-28
Journal of Lanzhou University(Natural Science Edition).

Research on Structure Damage Identification Method Based on Multi-modal Parameters Sunjie Colleges of Urban Construction, Wuhan University Science and Technology, Wuhan 430074 sunjie_1230@163.com Keywords: Curvature Mode; Flexibility Curvature; Neural Networks; Damage Identification Abstract: The multi-modal parameters which are composed of the curvature mode and the flexibility curvature are used to identify the damage on the base of finite element method model based on continuous beam.
Acknowledgements This work is supported by the National Science Foundation of China (No.51278391) and School Fund of Wuhan Science and Technology References [1] Jun Xie, Dajian Han: Engineering Mechanics.21(2004),p.21-25.In Chinese [2]Qiuhai Lu, Debao Li: Engineering Mechanics.16(1999),p.35-42.In Chinese [3] Fox C H J.
Damage Identification Method for Smart Composite Cantilever Beams Withpiezoelectric Materials.
California,USA:Technomic publishing Co(2000),p.986-994 [5] Jianqiang Xiao: Journal of Lanzhou Jiaotong University.26(2007),p.78-81

Time Series Analysis and Statistical Process Control for Anomaly Detection: An Application to the Situation of PM 10 in Northern Thailand Unchalee Tonggumnead1, a *and Kittipong Klinjan2,b 1,2 Department of Mathematics and Computer Science,Faculty of Science and Technology, Rajamangala University of Technology Thanyaburi, Pathumthani 12110, Thailand aunchalee_t@rmutt.ac.th, bkittipong_k@rmutt.ac.th * corresponding author : unchalee_t@rmutt.ac.th Keywords: time series analysis, Box-Jenkins method, statistical process control, control chart Abstract.
Materials and Methods A.
Originally commonly used in the manufacturing industry, this method has later been employed in monitoring process flaws in clinical medicine and environmental science, for instance.
Klímek, The Usage of Time Series Control Charts for Financial Process Analysis, Journal of Competitiveness. 4(3) (2012) 29 -45

Acknowledgement The authors gratefully acknowledge financial support from Science and Technology Program of Guangzhou (2010Z1-E061), Guangdong Natural Science Fund (10251009001000003).
Ma: Journal of Membrane Science Vol. 330(2009), p.233-245 [5] Y.
Huang, et al: Advanced Materials Research Vols. 156-157(2011), p. 973-978

The application examples show that the MBR of domestic wastewater of high concentration organic wastewater and refractory industry wastewater treatment effect is good. 2 Experimental materials and method of schoolyard domestic sewage Schoolyard domestic sewage has characteristics of large emission, low contamination degree and single source, and is suitable for water recycling.
Journal of Anhui Agricultural Sciences, 2011, 39(10):5989-5991
Environmental Science and Technology, 2006,29(8):21-24
Water Science and Technology, 1996(09):189-196