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Kang: Advanced Engineering Materials, 7 (2005) p. 467
Rabkin: Defect Diffusion Forum (2008) this issue
Lu: Materials Science Engineering A, 375 (2004) p. 38
Shaw: Materials Science Engineering A, 410 (2005) p. 257
Sheinerman: Reviews Advanced Materials Science 6 (2004) p. 41.

Lypovyi, Epoxidized dinaphthol application as the basis for binder with advanced carbonation level to reducing its flammability.
Lecture Notes in Civil Engineering. 100 (2021) 409–418
Materials Science and Engineering. 1021/1 (2021) 012031
Thermophysics and Thermal Power Engineering. 37/3 (2015) 54–64 [in Ukrainian]
Yang, Advanced coke quality characterization and cokemaking techniques based on in depth understanding of coke behavior inside blast furnace, AIS Tech.

To use for reference of existing design environment and intelligent models and frameworks of software engineering, IDE should implement the main modules such as design specification process, formal description of instruction, pipelined logic structures, architecture ADL description, verification and simulation as well as other EDA interface.
The framework of ADL executable specification has the following advantages : l The descriptions can be used as software design documentation l A powerful design means of “Concurrent Engineering” and “Design Space Explore” l EDA design methodology of evaluation and verification l Upgrades and maintenance for product in its life cycle The ongoing research work is about PNML description, and the structure of the processor core to the instruction behavior functional verification.
In addition, there are a lot of means to implement the executable the specification from the advanced technology of today's software engineering.
A Model Driven Development Approach for Implementing Reactive Systems in Hardware, Forum on Specification and Design Languages 2008 [3] P.
University of California at Irvine，1994 [11] Joaquín Pérez，et al，System Behaviour Capture: from UML to SystemC，Forum on Specification and Design Languages 2008 [12] Yong Zhu, et al.

Araújo1f 1 Federal University of Campina Grande, Department of Engineering of Materials, Av.
Hennink: Advanced Drug Delivery Reviews Vol. 62 (2010), p. 59
Baldeck: Materials Science and Engineering C Vol. 31 (2011), p. 184
Costa: Materials Science Forum Vol. 1119 (2012), p. 727
Zhitomirsky: Colloids and Surfaces A Physicochemical and Engineering Aspects Vol. 356 (2010), p. 63

Interfaces and properties of advanced materials V.
Implications for grain boundary engineering are mentioned.
Forum 13 (1989), 161. 4.
Stokes, R.J. and Evans, D.F.: Fundamentals of Interfacial Engineering (Wiley -VCH, New York, 1997). 10.
Watanabe, T.: in Grain Boundary Engineering, ed.

To provide a forum for the discussion of the more recent developments in electrochemical methods and their application in the study of the process of corrosion and corrosion protection, an International Symposium was held in TOULOUSE FRANCE, at the ECOLE NA TIO NALE SUPERIEURE DE CHIMIE, during July 9-12, 1985.
This Symposium was attended by 125 scientists and engineers representing FRANCE and eighteen foreign countries (BELGIUM, BRASIL, CANADA, EGYPT, ENGLAND, FINLAND, INDIA, IRAQ, ITALY, JAPAN, KUWAIT, THE NETHERLANDS, PORTUGAL, SPAIN, SWEDEN, SWITZERLAND, U.S.A. and VENEZUELA).
The general consensus of the Symposium was that significant advances have been undoubtedly achieved since the first Conference which was held at MANCHESTER, ENGLAND, in January 1982, particulary with regard to the use_ of impedance measurements now extended to the study of mass transport (Electrohydrodynamical impedance) and stress corrosion cracking (Mechanical impedance), the development of noise analysis techniques for the study of localized corrosion, stress corrosion cracking and the blistering of coatings, the stochastic approach oflocalized corrosion and the coupling of optical (Ellipsometry, Mutichannel Optical Analysis ... ) and XI spectroscopic (Raman, Mossbauer, ... ) methods with vatious electrochemical techniques.

Effect of Pouring Temperature on Microstructures and Mechanical Properties of 7085 Ingot Casting by Finite Element Analysis WANG Duanzhi1,a*, SHAO Hongbang2,b, FAN Zhenzhong3,c, CHEN Junzhou4,d, HUANG Yuanchun5,e 1,2,5Central South University, Changsha 410083, China 3,4Beijing Institute of Aeronautical Materials, Beijing 100095, China 3,4Beijing advanced engineering technology and application research center of aluminum materials, Beijing 100095, China awangduanzhi2020@163.com, bshaohb1978@163.com, cfanzhenzhong2010@163.com, dchenjunzhou80@126.com, ehuangYC1984@126.com Keywords: 7085 ingot casting, pouring temperature, microstructure, FEM simulation analysis.
Fatigue life of an aerospace aluminum alloy subjected to cold expansion and a cyclic temperature regime, Engineering Failure Analysis. 2006, 6(13):997-1004
Journal of engineering manufacture. 2013,227(7):954-964
Study of damage mechanism on aluminum alloy under two kinds of stress states and FEM simulation, Key Engineering Materials. 2007,353(2):1157-1160
Casting process of hanging rack on aircraft made of high strength aluminum alloyZL205, Materials Engineering. 2001, 1:43-45

The task force selected the following research and developments for next 10 years; l HTTR-GT/H2 test l HTTR safety test l Advanced fuel development l Gus-turbine component development l IS process hydrogen production development l Establishment of safety standards and design guideline Moreover, industrial-academic-government forum for HTGR in Japan has been established.
IG-430 graphite, a fine grained, isostatically pressed isotropic graphite (TOYO TANSO Co., LTD.) with higher strength and resistance to oxidation than IG-110 graphite is an advanced candidate for the VHTR.
Satio et. al., Design of High Temperature Engineering Test Reactor (HTTR), JAERI 1332 (1994)
Iyoku, et. al., Seismic study of High-Temperature Engineering Test Reactor core graphite structures, Nucl.
Toyota et. al., An inspection standard of graphite for HighTemperature Engineering Test Reactor, JAERI-M 91-102 (1991)

For example: Anhui University of Technology Department of Mechanical Engineering and Zhejiang University Machinery and Energy Engineering institute[8], Mechanical and Energy Engineering, Zhejiang University College and Chengdu Aircraft Industrial Corporation[9], Beijing University of Aeronautics and Astronautics[10].
Acknowledgment This research is supported by the National Natural Science Foundation of China (No.60808020 and No. 61078041) and the Tianjin Research Program of Application Foundation and Advanced Technology (No. 10JCYBJC07200).
The support from the National Natural Science Foundation Committee and the Tianjin Research Program of Application Foundation and Advanced Technology are all acknowledged.
Mechanical Engineering, 2003, 8 [10] Guiping Yi, Yunqiao Wang, Yuqing Fan, Zhongyi Mei, Application of ANSYS Program in Deformation Analysis of a Milling Arc Component, Aviation Maintenance & Engineering , 2003,3,57-59 [11] Limei Song, Xinghua Qu,Yangang Yang, Yong Cheng, Shenghua Ye.
Application of structured lighting sensor for online measurement, Optics and lasers in Engineering [J], 2006, 43(10): 1118-1126

Science and Technology of Advanced Materials Vol.2 (2001), p.41 [2] Zhang XY, Zhang JW, Wang WK.
Journal of Materials and Engineering Vol.1(2007), p. 44 [7] Wang W K, Kiminami, C S, Sun L L.
Materials Science Forum Vol.312(1999), p.259 [8] Bereta L A, Kiminami C S, Botta F W J.
Journal of Materials Science and Engineering Vol.2(2008), p.43 [12] Pena J, Gil F.J, Guilemany J.M.
Materials Science Forum, Vol.273-275(1998), p.547 [14] Porter D, Easterling K.