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Parallel computation of large-scale molecular dynamics simulations Sungjin Kwon 1, a, Youngmin Lee 2,b and Seyoung Im 3,c 1,2,3 GDepartment of Mechanical Engineering, KAIST, Science Town, DaeJeon 305-701, Korea a Sungjinkwon@kaist.ac.kr, bminicook@kaist.ac.kr, csim@kaist.ac.kr Keywords: Molecular dynamics (MD), Parallel processing, Massage passing interface (MPI) Abstract.
Fig. 5 shows the result of differences in performance according to the load balancing and as in the figure, a regular decomposition of the domain is more efficient than the case performed by Metis in which the number of allocated atoms differs a lot.[5] ACKNOWLEDGEMENT G This research was supported by a grant (06K1401-01010) from Center for Nanoscale Mechatronics & Manufacturing, one of the 21st Century Frontier Research Programs, which are supported by Ministry of Science and Technology, KOREA.
References [1] Futoshi Shimizu, Hajime Kimizuka, Hideo Kaburaki, Ju Li, Sidney Yip: Parallel Molecular Dynamics Simulation on Elastic Properties of Solid Argon, Proceedings of the Fourth International Conference on Supercomputing in Nuclear Applications (2000) [2] Steve Plimpton: Fast Parallel Algorithm for Short-Range Molecular Dynamics, Journal of Computational Physics, Vol.117, 1-19 (1995) [3] Y.
Im: Atomistic simulation of incipient plasticity under Al(111) nanoindentation, Mechanics of Materials, vol.37, 1035~1048 (2005) [4] http://www-users.cs.umn.edu/~karypis/metis/metis/ index.html [5] Lars, Jan Prins, Ru Huai Yun, Jan Hermans, Hye-Chung Kum, Lei WangaGAchieving Scalable Parallel Molecular Dynamics Using Dynamic Spatial Domain Decomposition Techniques,GJournal of Parallel and Distributed Computing, Vol.47, 125-138 (1997)G

Materials and Methods Waste Quality. water quality in Harbin normal characteristics of water quality Table 1.
Acknowledgment This research is financially supported by National Science and Technology Support Programs (NO. 2006BAJ08B02, 2006BAJ08B09) of China and Natural Science Foundation of Heilongjiang Province (NO.
Chinese Journal of Environmental Engineering, Vol. (2007), p :14-18

. , Changde, 415001, P.R.China 2College of Mechanical Engineering, Hunan University of Arts and Science, Changde, 415000, P.R.China aLLYX123@126.com Keywords: Propulsion Mechanism; logarithmic spiral; rock drill; profile shaft connection.
Introduction Various kinds of rigs are widely used in metallurgy, railway, mining, building materials, highways and other blasting drilling engineering.
Acknowledgements This article is supported by China National Innovation Fund(No:11C26214305325), the Technology Major Projects of Changde Science & Technology Bureau(No:2011ZX15) and Hunan Province Foundation Research Program (2011 Year).
:JOURNAL OF MACHINE DESIGN,No.1 (2003),p.69-70

Trukhacheva, On temperature stability of fullerenes, Modern science-intensive technologies 2 (2004) 82-84
Alekseev, Termodynamic modeling of fullerene C60 by heating in an inert environment, Materials Today: Proceedings 5(12) (2018) 25939-25943
Vatolin, Assessment of the standard enthalpy of formation (sea) of metastable condensed "small" self-aggregates of carbon and some metals, Reports of the Academy of Sciences 392(5) (2003) 653-656
Vatolin, Computer modeling of formation of various condensed forms of carbon, Journal of physical chemistry 76(8) (2002) 1366-1370.

Cabin”: a) “Open Cabin” should use the ceiling with fire resistance limit no less than 1.5h, and does not require surrounded by partition for fire protection; b) The top uses fixed or automatically falling typed hanging wall with fire resistance limit no less than 1h to form a cigarette storing chamber; the effective depth of hanging wall is determined according to the internal height and corresponding clear height of “Open Cabin” and should not be less than 1m; c) The setting of automatic fire alarm and automatic sprinkler system should be in accordance with the requirements of related codes; d) The natural smoke exhaust port is set in the “Open Cabin” bulkhead with no less than 3.5% of ground area, and consistent with the exhaust port on direction in the great hall; natural ventilation is through tuyere below hanging wall, and there is no need to set the mechanical ventilation system; e) The area of “Open Cabin” is recommended to be controlled within 300m2, the cabin decoration materials
Building Science, 2010, 11:95-99
Heilongjiang Science and Technology Information, 2013, 19:218 + 107
Journal of Computer Applications, 2012, S2:248-251

Contents and sources of Zn In JIaozhou Bay Dongfang Yang1, 2, 3, a, SIxI Zhu1, 2, Fengyou Wang1, 2, XIuqIn Yang1, 2 and Huazhong He1, 2 1Research Center for Karst Wetland Ecology, GuIzhou MInzu UnIVersIty, GuIyang 550025, ChIna; 2College of ChemIstry and ScIence, GuIzhou MInzu UnIVersIty, GuIyang 550025, ChIna; 3North ChIna Sea EnvIronmental MonItorIng Center, SOA, QIngdao 266033, ChIna adfyang_dfyang@126.com Key words: Zn, DIstrIbutIon, Source, PollutIon level, JIaozhou Bay.
The purpose of thIs paper was to analyze the content, dIstrIbutIon and source Zn In 1982, and to provIde background materIal for envIronmental protectIon and remedIatIon.
MaterIal and method JIaozhou Bay (35°55′-36°18′ N, 120°04′-120°23′ E) Is a semI-closed bay located In the south of Shandong ProvInce (FIg. 1).
Acknowledgement ThIs paper was sponsored by EducatIon MInIstry's New Century Excellent Talents SupportIng Plan (NCET-12-0659), Project of OutstandIng TechnologIcal Educators of Governor of GuIzhou ([2012]71), Project of Low Carbon Technology Plan of GuIyang (2012205]), Project of  ScIence and Technology FoundatIon of GuIyang (LKM[2012]05), SpecIal Research Projects of HIgh Level Talents of GuIzhou ProvInce (TZJF-2011-44), and Research Projects of GuIzhou NatIonalItIes UnIVersIty ([2014]02).
(In ChInese) [2] WeI JIao, Shaoyong Lu, Guangde LI, XIangcan JIn, HuI Yu and MInmIn CaI: ChInese Journal of ApplIed & EnvIronmental BIology, Vol. 16(2010), p. 577-580.

Faculty of Energy and Metallurgical Engineering, Kunming University of Science and Technology, Yunnan 650093, China） aemail:326720228@qq.com, bemail:yanls22@163.com, cemail: 8774950@qq.com Keywords： Weighing System; SIWAREU; Debugging Calibration Abstract：Using the Siemens PLC programmable controller, a new weighing and control integration plan was discussed, and the debugging points was analyzed according to the engineering experience, and the principle part and program details were presented.
In weighing module only accept a sensor millivolt signal, there are many sensor material use FTA integration, virtual sensor by FTA act as.
Acknowledgements It is a project supported by the National Natural Science Foundation of China(51064015)and the key project department of education of Yun Nan (ZD2010001) .
Based on PLC weighing distribution system design of material [J].Machinery and electron, 2011,(3) :34-36 [4] ZENG Qing Lin, ZOU Qing yong.
[7] WANG Chun Gang.Control systems for rubber packing＆ palletizingline based on DCS [J]．Journal of Harbin Instute of Technology，2007(4)：89．

Self-propelled corn harvester virtual design Zhe Ming 1,a 1School of Mechanical Engineering, Jilin Agricultural Science and Technology University, Jilin 132101,China ajlnkjxgc@126.com Keywords: Corn harvester; Modeling; virtual design Abstract.Aiming at the need to retain the current maize straw harvester in China: Problems and ordinary farmers harvest corn after the completion of the overall structure, design of self-propelled corn harvester; 3D parameter modeling software application for modeling and Simulation of harvester ear picking roller, complete harvester virtual prototype assembly, improves the design efficiency of the harvester; the whole structure compact, cost-effective, reliable work.
2 Modeling and Simulation of main components 2.1The preparation of experimental materials and test-pieces Two spike-picking rollers are gear drive mechanism.
Which provides the references and help for further optimization and improvement of the design of the new self-propelled maize harvester, and it shortens the development cycle of the harvester and reduces the research costs. 4 Acknowledgement It is a project supported by 12FYP Scientific and Technological Research Fund of Jilin Provincial Education Department (Contract No. [2012]296) and by Jilin Provincial Science and Technology Development Program (No. 20120205) 5 References [1] Jia Changzhi, MD ADAMS Virtual Prototyping from Entry to the Master [M].Beijing.
Journal of Chinese Agricultural Mechanization , 2014.35（1）138-140

Acknowledgements This work was financially supported by the National Science Foundation (51208284) , (51108252) and Science and Technology Development of Shandong Province（2013GSF11603）.
Chinese Journal of geotechnical engineering (2007), 29(5):717-722
Applied Mechanics and Materials, Vols. 353-356, pp 368-373, 2013.

Effect of Surfactant in Gas Dissolved Cleaning Solutions on Acoustic Bubble Dynamics SoYoung Han1,a, Nagendra Prasad Yerriboina1,b, Bichitra Nanda Sahoo1,c, Bong Kyun Kang2,d, Andreas Klipp3,e and Jin Goo Park1,f,* 1Department of Materials Science and Chemical Engineering, Hanyang University, Ansan, 15588, Republic of Korea 2BASF Company Ltd., Suwon 16419, Republic of Korea 3BASF SE, Ludwigshafen, 67056, Germany asyhahn25@hanyang.ac.kr , bnag@hanyang.ac.kr , cbichitra@hanyang.ac.kr , dbrwon.kang@basf.com , eandreas.klipp@basf.com , fjgpark@hanyang.ac.kr Keywords: Megasonic cleaning, EUV mask cleaning, Anionic Surfactant, Acoustic cavitation Abstract.
Hauptmann, et al, ECS Journal of Solid State Science and Technology 3 (2014), p. 2162-8769 [4] Alexander M.