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Chinese Journal of Rock Mechanics and Engineering,(2007):1513-1528
Advanced Materials Research.Vols.518-523 (2012):4749-4752 [5] Shaojie Feng, Shiguo Sun.
Journal of North China University of Technology, (2007):79-84
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Zinc oxide production technology of distillation twice based on scrap miscellaneous zinc materials Liu Qunshan1, a, YanJunxia2,b 1,2Hebei Key Laboratory of Material Near-net Forming Technology, HebeiUniversity of Science and Technology, Shijiazhuang, China aemail:kdclxylqs@sina.com, bemail: yanjx_ann@sina.com Keywords:reused zinc resources; regeneration; scrap miscellaneous zinc materials; fire method; two distillations technology; zinc oxide Abstract: By using scrap miscellaneouszinc materialas raw materials, a new technology with the help of two distillationsby fire method to produce zinc oxide was invented.The scrap miscellaneous zinc materialshave complex sources, containing dust, stone, iron and steel parts and other impurities, and zinc content is more than 15% over a wide range.
Characteristics of scrap miscellaneous zinc materials However, there arealways some scrap miscellaneous zinc materials in industrial production and life.
These wasted materials come from complicated sources and zinc content is in a wide range.
Conclusions (1) The technology is based on scrap miscellaneous zinc materials as raw materials to produce zinc oxide.
The problem of the complex of impurities in raw materials has been solved

Molecular self-assembly is ubiquitous in nature and has now emerged as a new approach in chemical synthesis, engineering, nanotechnology, polymer science, and materials.
Zhang, Building From the Bottom Up, Materials Today, 2003 [6] Tan H.
Sciences, S.
Journal of the American Chemical Society 2003, 125, (39), 11802-11803
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Journal of Materials Science: Materials in Electronics. 29 (2018) 14031–14045
Materials Science Forum. 1006 (2020) 259–266
Materials Science Forum. 1038 (2021) 168–174
Journal of Engineering Sciences. 10(1) (2023) C1-C8
Materials Science Forum. 1096 (2023) 73–9.

Research on Shearing Strengh and Compressive Resilient Modulus Experiment of Asphalt Concrete[J].Journal of Building Materials,2012(2):279-282
Construction and Building Materials . 2012（37）:21-26
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Journal of Guangxi University(Natural Science Edition), 2010(1)：127-130
Construction and Building Materials, 2014, 67：249-257

It is well known that materials of higher strength that are used for lightweight design, such as high alloyed steels and aluminium alloys, frequently show a degraded forming behavior associated to a lower ductility.
Experimental results Materials properties, after the bulk and local (laser) heat treatments, were evaluated by microhardness measurements.
Geiger, Laser Forming of aluminium and aluminium alloys – microstructural investigation, Journal of Materials Processing Technology, 11, pp. 159-165, 2001
Geiger, New materials and production technologies for innovative lightweight constructions, Journal of Materials Processing Technology,Vol. 125–126 , pp. 532–536, 2002
[4] Borge Bjorneklett, Odd Perry Sovik, Ole Runar Myhr, Hallvard Fjaer, Local Thermal Manipulation of aluminium alloys, 2005 TMS Annual Meeting: 6th Global Innovations Symposium Edited by TMS (The Minerals, Metals e Materials Society), 2005.

Preliminary Review of Biocomposites Materials for Aircraft Radome Application M.Y.Haris1,a, D.Laila1,b, E.S.Zainudin2,c, F.Mustapha2,d, R.
Materials that are used for small aircraft radome usually have low dielectric constant and high toughness.
However, the need for biodegradable materials has prompted the usage of natural fibers.
Materials that are used for light aircraft radome usually have low dielectric constant and high toughness composites [1].
Composites are termed as biocomposite materials when one of its phases either matrix (polymer) or reinforcement comes from natural source [32].

Rohatgi (1997) Preparation of Aluminium–Fly Ash Particulate Composite by Powder Metallurgy Technique, Journal of materials science, Vol.32, pp.3971–3974
Roy (1999) Microwaves combustion synthesis and sintering of intermetallics and alloys, Journal of Materials Science Letter, Vol.18, pp.665–668
Agrawal (2013) An investigation on microwave sintering of Fe, Fe–Cu and Fe–Cu–C alloys, Bulletin of Materials Science, Vol.36 (3), pp.447–456
Agrawal (2013) An investigation on microwave sintering of Fe, Fe–Cu and Fe–Cu–C alloys, Bulletin of Materials Science, Vol.36 (3), pp.447–456
Roy (2003) Microwave sintering of Ni-Zn ferrites: comparison with conventional sintering, Materials Science and Engineering B98, 269/278

Introduction With the development of missile weapons, new material and manufacture technology continue to merge, and a number of breakthroughs are seen in the area of isolation thermal materials.
Composite materials are considered high specific strength and modulus, highly resistant to high-temperature, ablation and impact, therefore it is being widely used in astronautics and aeronautics industries, replacing the traditional materials such as ferrous and non-ferrous metals and dominating the materials for thinner and thermal-resistance structures.
[2] Pan Yusong，Xu Yuding，Chen Zhaofeng, ect: Ablation Properties Analysis of 2D C/SiC Composites, Ordnance Material Science and Engineering，Vo1.29，No.1，Jan， 2006
[3] Nie Jingjiang，Xu Yongdong，Zhang Litong, ect: Ablation Properties of Three Dimensional Needled C/SiC Composites by Chemical Vapor Infiltration, Journal of The Chinese Ceramic Society, Vo1.34，No.10, October，2006
[6] He Hongqing，Wang Simin，Niu Haogao, ect: The Measurement of Erosion and Temperature Field in a Solid Motor Nozzle, Journal of Solid Rocket Technology，1993(3).

They are presented by low-melting silicate materials, formed as a result of ore reduction, at the chemical interaction of gangue material components, coke ash and fluxing materials.
This provides the obtained silicate materials with high strength characteristics.
Starostina, Activation and processing properties of slags, prone to silicate decomposition, Contemporary issues of building materials science: proceedings of the 5th academic readings of RAACS, VSUACE, Voronezh, (1999) 380-383
Nosov, Binding materials based on electric-furnace steelmaking industry, Building materials. 5 (2011) 11-13
Bozhenov, Autoclaved materials technology.