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Coal spontaneous combustion mechanism and Research of New Flame Retardant Material Wenhua Pang1, a, Ruxiang Qin2,b 1College of Energy and Security, Anhui University of Science & Technology, Huainan, 232001, China 2College of Energy and Security, Anhui University of Science & Technology,Huainan , 232001, China aemail: wenwen91804@sina.cn, bemail: 309374919@qq.com Keywords: Coal Spontaneous Combustion; Free Radical Reaction Mechanism; New Flame Retardant Materials; The Inhibitor Agent Abstract.
By analyzing the mechanism of coal spontaneous combustion, this paper summarizes the deficiency of existing flame retardant materials, to expound their thoughts on new flame retardant materials research trent.
Therefore, the material selection extended to the field of fire protection materials, in order to find the best fire-retardant materials, to achieve the best resistance of the results, will be a new trend.
Journal of Coal, 1998, 23(6) 620
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The theoretical capacity is calculated by Eq. 4, where F is Faraday constant, ε is the geometry structural coefficient of materials andis the relative molecular weight of the anode materials.
Therefore, LiSiNi3 conforms to the anode material selection standard and is suitable for anode materials for lithium ion batteries.
Lou, Preparation and performance of Si-Fe composite materials for lithium ion batteries, Journal of Central South University (Science and Technology). 42 (2011) 859-864
Hou, Dead lithium phase investigation of Sn-Zn alloy as anode materials for lithium ion battery, Chinese Science Bulletin. 54 (2009) 1003-1008
Ru, The Roles of Intermediate Phases of Li-Si Alloy as Anode Materials for Lithium-Ion Batteries, Rare Metal Materials and Engineering. 39 (2010) 2079-2083

Sports Equipment Based on High-Tech Materials Song Tao East China Jiaotong University Sports Institute, Nanchang Jiagnxi, 330013 Keywords: new materials; sports; application Abstract.
The 1960 Olympic Winter Games, making Snowboard made artificial materials using a French player, won the championship, this caused the sports scientists great interest in making ski. 70 years later, with the development of material science, scientists have developed a new material for ultra high molecular weight polyethylene, ski, snowboard made of this material with no water, greatly improvement glide performance.
New Materials Applied In Free Gymnastics Mat Gymnastics equipment using some new materials modern achievements of science to improve, to increase elasticity, toughness, more suitable for athletes to play to their potential, more conducive to innovation and reduce sports injury.
References [1] Hu Luoyan Wang Xiujuan sportswear materials analysis [J].
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The modelling of viscoelastic behaviors is one of the most active research areas in materials science.
Materials and Methods Material.
Wood Material Science and Engineering Wood Material Science and Engineering. 18(1) (2023) 120-129
Talla, Investigation of nonlinear creep behaviour of Millettia laurentii wood through Zener fractional rheological model, International Journal of Materials Sciences. 2(1) (2021) 01-07
Fogue, Mechanical Behavior of Pericopsis elata Relative to Age during Growth, Advances in Materials Science and Engineering. 03 (2021) 1-14

Kuboyama, Impact of the change in raw material supply on enterprise strategies of the Japanese plywood industry, Journal of Forest Research. 23(6) (2018) 325-335
Nolan, Factors influencing the production of structural plywood in Tasmania, Australia from Eucalyptus nitens rotary peeled veneer, Southern Forests: a Journal of Forest Science. 80(4) (2018) 319-328
Taherzadeh, Partial replacement of urea-formaldehyde adhesive with fungal biomass and soy flour in plywood fabrication, Journal of Adhesion Science and Technology. 34(13) (2020) 1371-1384
Mukhametzyanov, Influence of technical parameters of disk-shaped reactor on productivity of heat treatment of crushed wood, IOP Conference Series: Materials Science and Engineering. 327(4) (2018) 042095
Voronin, Pre-treatment of vegetable waste in the production of composite materials, Key Engineering Materials. 743 (2017) 53-57

Scientific Feature of the Definition As a scientific abstract of functions of the people, animals (biological creatures) and all man-made machine system, Generally, TM consists of four parts, materials, tools, power and information.
Since the existence of TM is base on materials as defaulted, "Top Machine" (as shown in Fig.2)is formal defined as a triad, namely TM::= (F,P,I).
“Study of Ideal Machine Model and Artificial Intelligence,” Journal of Air Force Engineering University(Natural Science Edition),2000, pp.43-46
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“The complexity of AI and Information Science Study Creed,” Journal of Systems Science,Vol.15,2007, pp.51-56.

ARB is carried out in homogenous and heterogeneous materials to bring out the useful applications of ultrafine grained materials.
Microstructure describes the grain refinement in ARB processed materials.
Development of composite materials is investigated and is used for relevant applications and ARB is also used to develop advanced materials through heterogeneous processing’s.
Each pass shows distinct property of materials, hence, each pass shall be analyzed carefully to understand the point at which the material starts to bond with the pairing materials.
After the specimen preparation, the required material is annealed; the annealing temperature varies depending on materials used.

The damage process in composite materials under low and high velocity impact loading and the impact energy-displacement properties of the composite materials were investigated.
Introduction Performances of composite materials have shown their superiority over other materials in many applications, such as automotive and aerospace industries [2].
Composites Science and technology 61 (2001) 65-73
On low-velocity impact testing of composite materials.
Journal of Composite Materials 1988; 22(1):30-52 [4] Cesim Atas, Onur Sayman An overall view on impact response of woven fabric composite plates.

However the strength of the materials will drop a lot accordingly [6-8].
Ilieva: Journal of Cellular Plastics Vol. 45 (2009), p.17-32
Gun’ko, I.F.Mironyuk, V.I.Zarko, E.F.Voronin, and V.V.Turov: Journal of Colloid and Interface Science Vol. 289 (2005), p.427-445
Testing Method of Static Compression for Package Cushioning Materials.
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Ng: Journal of Materials Science, Vol. 50 (2015) N.19, p.6313-6320
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