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In Figure 2 the material removal rates for the tested tools are contrasted.
[2] Denkena, B., Glatzel, T., Bockhorst, J., Lünemann, M.: Machining of construction materials with wire saws, Industrial Diamond Review, Volume 2-2005, p. 58-64
[3] Tönshoff, H.K., Hillmann-Apmann, H.: Diamond tools for wire sawing metal components, Diamond and Related Materials, Volume 11, Issues 3-6, March-June 2002, p. 742-748
[9] Fratini, L., Liguori, V., Oriti, B.: On the slabbing of stones through diamondwire cutting operations, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, Volume 224, 1-2010, p. 143-148
[14] Denkena, B., de Leon, L., Seiffert, F.: Process Influences in the Wire Cutting of Concrete, In: Advanced Materials Research, Vols. 126-128 (2010), p. 70-76

Nowadays, lots of studies concerning porous materials as catalyst or catalysts support in various reaction [1].
Many reviews have been published covering various aspects of ordered mesoporous materials, such as their synthesis, surface modification, application as host materials, and in catalysis.
Reference [1] Taguchi, A. and Schuth, F., Microporous and Mesoporous Materials, 77, (2005), 1–45
[3] Michalska, A., Daturi, M. etc., Microporous and Mesoporous Materials, 90, (2005), 362–369
Microporous and Mesoporous Materials, 50, (2001), 209–218 [6] Beck, J.S., etc.

These biocarriers use decomposing microorganisms attached to their surface and have been developed in a variety of shapes, materials, and procedures.
That means we need materials with lightweight.
Polymer is one of the most widely used materials, and its lightweight, flexibility, and durability make it easier to create intricate biocarrier structures [13, 15, 16].
Material and Methods Biocarrier Design.
Joni, “Detection of reserve oxygen potential in the present of fine bubbles and its ammonia removal for aquaculture effluent,” in Materials Science Forum, Trans Tech Publications Ltd, 2021, pp. 103–111. doi: 10.4028/www.scientific.net/MSF.1044.103

Study on Test Methods of Tensile Properties of Continuous Alumina Fiber Bundles Lili Zhang1,a*, Jiliang Ci1,b, Huaqiong Wang1,c, Yanru Wang1,d and Zenghua Gao1,e 1Aerospace Special Materials and Processing Technology Institute, Beijing 100074, P.
Introduction Alumina fiber has high melting point (not lower than 1840 ℃), low density (3.95g/cm3), high strength, high modulus and high temperature resistance (not lower than 1600 ℃[1]) and other excellent properties, it is considered as the fiber raw material for the next generation wave-transparent, heat-insulating integrated fiber-reinforced ceramic-based structural materials.
New chemical materials, 2004. 4
Ordnance Materials Science and Engineering, 2001,4
Journal of Applied Polymer Symposia,1969 (9): 229-243.

Xu: Journal of Materials Processing Tech.
Tao: Key Engineering Materials.
Tse: Key Engineering Materials.
Materials.
Materials.

They are one of the widely used non-ferrous materials in recent decades and have been widely used in many fields[1,2].
Materials and Experimental Procedure The chemical compositions of the studied alloys are listed in Table 1.
The materials were prepared with pure zinc ingot, pure magnesium ingot, rare earth Nd and the Al-Si master alloy.
Vol.1 (1996), p.23-25 [4] Liushuan Yang, Gencang Yang and Yaohe Zhou: Materials Review.
B Vol. 64 (1951), p.747–753 [9] Xiaowei Wei and Baoluo Shen: Materials for Mechanical Engineering.

The processing of these waste materials not only requires a lot of manpower and material resources, financial resources, etc., but also has certain impacts on ecological environment.
According to this phenomenon, it becomes an indispensable important measure for developing green estate to make improvements and research on the green building materials.
The durability of concrete is the ability that concrete materials resist the damages caused by various factors such as itself and natural environment.
Prospects In conclusion, as a kind of new green building materials, recycled concrete can greatly improve the phenomenon of wasting of resources and ecological environment destruction caused by a lot of waste concrete.
Concrete. 2007 (2) References [1] Li Jun, Yin Jian: “Research on the Influence of Fly Ash and Slag on the Mechanical Properties of Recycled Aggregate Concrete”, “Concrete”, 2005 (6) [2] Wang Riguang, Ye Xianguo, Zuo Xiaoming: “Experimental Study of Shear Performance of Reinforced Concrete Bridge Piers”, “Engineering and Construction”, 2005 (2) [3] Wang Riguang: “Experimental Study of Shear Performance of Reinforced Concrete Bridge Piers Based on the Experiments and Finite Element Analysis”, “Hefei University of Technology”, 2005 (6) [4] Ai Qinghua: “Research on Shaking Table Test of Seismic Damage of Reinforced Concrete Bridge Piers”, “Journal of Dalian University of Technology” 2008 (5) [5] Sun Limin: “Experimental Study on Seismic Energy Dissipation Capability of Reinforced Concrete Piers”, “Hefei University of Technology (Natural Science Edition)” 2005 (9)

Materials and methods Cement used in this study is provided by the manufactures of Shandong province.
Dental Materials, 32(2016)223-232
[4] Jun Luo, Ingrid Ajaxon, etc., Compressive, diametral tensile and biaxial flexural strength of cutting-edge calcium phosphate cements, Journal of the Mechanical Behavior of Biomedical Materials. 60(2016)617-627
[5] Zhou Ke, Yang Yimin, The analysis of influence factors in cement strength test, Science and Technology Innovation Herald. 5(2014)1
[6] Yang Zhaofeng, Cement strength testing factors analysis and matters needing attention, Jiangxi Building Materials. 129(2013)345-346

The analysis of each component was as a rigid material without elastically deformed. 2.
Acknowledgements This work was financially supported by the National Basic Research Program of China (973 Program, No.2012CB723704) and the key project of natural science of Jiamusi university(No.
Journal of Shenyang Agricultural University, Vol.35 (2004), pp.145-147
Journal of Mechanical Engineering, Vol.48 (2012): pp.32-39
Journal of Shanghai Jiaotong University, Vol.35 (2001): pp.1045-1048.

Selection Algorithm of Developing New Products in Complex Environmental Constraints Xu-ying Zhu1,a,Kai-hu Hou1,b,Cheng Chen1,Fei Zhang1,Li-yin Cao1 1Department of Industrial Engineering, Kunming University of Science and Technology, Kunming, China 650500 a975017746@qq.com,b576521346@qq.com Keywords: Complex Constraints; Development of New Products; Scheme Selection; Algorithm Abstract.
Binfa Zhang[9] has adopted an AHP model for selecting projects in product development which was put forward and an application example of this selection approach in building material product development was given.
[5] Ayag Z,Ozdemir R G:Journal of Engineering Design[J] Vol.18(2007), p.209-226
(In Chinese) [10] Y.P.Jian,E.Ban:Journal of Northeastern University(Natural Science)[J] Vol.33(2012), p.748-756.
(In Chinese) [11] Y.P.Jian,S.L.Chen:Chinese Journal of Management[J] Vol.9(2012), p.767-771.