Search results

Materials and Methods Materials.
Chemical Engineering Journal, 99 (2004) 1–4
International Journal of Food Science and Technology, 36(2001) 303–312
Journal of Chemical Education, 75(1) (1998) 119–121
Journal of Chemical Education, 76 (1999) 1594–1598.

Materials and Methods Materials Fresh chestnut samples were collected from huairou in Beijing.
Journal of Central South Forestry Universith, Vol.3(1998),p.11-12
Food Science and Technology, Vol.2(1994), p. 22-24
Journal of Zhejiang Forestry College,Vol. 7(4)(1990),p.312-315
Journal of Hebei University of Science and Technology,Vol. 24(4)(2003)p.72-74

Materials and methods Materials.
Deactivation of enzymes Remove the water under the temperature of 110 °C for 10min, and lay them in 80 °C to bake for 8h till all the materials are dry.
Take one tube with mere dissolving liquid as contrast, to dissolve the material in ventilating cupboard by electric heat instrument at 170 °C for 8h.Add 5ml dissolving liquid every 3 hours and 8h later 5ml deionized water, so as to remove all the acids in the materials.
Southwest China Journal of Agricultural Sciences, 2011, 24 (5): 1805-1812 [3] LI Linyan, ZHU Mingyuan.
Journal of Environmental Radioactivity.2003,(65):309-328

O2 gas, CO2 gas, water vapor), the environmental temperature has evident effect on the permeating rate, so the influence of environmental temperature should be paid attention while choosing package materials [4].
We would like to thank Northwest Limited Company of Composite Packaging Materials, Shaanxi Chang-Sheng Group Company, Shaanxi San-Qin fruit Company for providing the test specimens of apples, kiwifruits and PET packaging film.
Journal of Food Technology, 40(5):99-104, 1986
Journal of Food Science, 56 (6):1580-1585,1991 [7] Song Baofeng.
Development of fresh-keeping packaging materials of vegetable and fruit.

Computational Fluids Dynamics Performances Analysis of Ramie-albizia Composited for Wind Turbine Rotor Sudarsono1,a, Purwanto1,b, Johny Wahyuadi Soedarsono2,c 1Doctoral Program in Environmental Sciences Graduate Program of Diponegoro University, Semarang 2Department of Materials and Metallurgy, Indonesia University, Jakarta asudarsono1574@gmail.com, bp.purwanto@undip.ac.id, cjwsono@metal.ui.ac.id Keywords: CFD, performance, rotor, torque, power output Abstract.
Suizu et al [2] investigated the use of natural fiber reinforced materials to produce eco-friendly and strong material.
Strong material could be obtained by mixing a string of hemp fiber with high concentrations of alkali.
[2] Suizu N, Uno T., Goda K., Ohgi J., 2009, Tensile and impact properties of fully green, composites reinforced with mercerized ramie fibers, Journal of Materials Science, May 2009, Volume 44, Issue 10, pp 2477-2482
Nagai, Jitendro Nath Roy, 2008, Design of a 3 kW wind turbine generator with thin airfoil blades, Experimental Thermal and Fluid Science, 32, pp 1723–1730.

The formation of epitaxial Si material on top of SiC is of both scientific and technological interest.
Ekerdt: Journal of Crystal Growth 261 (2004), p. 479
Friedberger: Materials Science Forum Vols. 457- 460 (2004), p. 175
Sundgren: Journal of Materials Research 13 (1998), p. 2632
Hon: Journal of Materials Science 27 (1992), p. 3883

Materials and Methods 2.1 Material        Recycled Tencel® fiber (Web-Pro Corporation, Taiwan, R.O.C.) has a fineness of 1.7D and length of 51 mm.
Lifecycle analysis of green roof materials.
Hort Science Vol. 41(2006), pp. 1276-1285
Materials Science and Engineering Vol. 433(2006), pp. 100-103
Journal of Industrial Textiles Vol. 43(2012): pp. 204-214.

Microstructure and Performance of Fused Silica-based Ceramic Core Reinforced by Mullite Fiber Xin Lia, Jiansheng Yaob, Xiaoguang Liuc, Hongna Fand and Shuxin Niue Science and Technology on Advance High Temperature Structural Materials Laboratory, Beijing Institute of Aeronautical Materials, Beijing 100095, China alxin_86@163.com, btju_yjs@163.com, cxiaogliu@sina.com, dfanhn0404@126.com, eanndy001@163.com Keywords: Silica-based ceramic cores, Mullite fiber, Investment castings, Shrinkage.
The results showed that in the premise of maintaining strength of materials, mullite fiber could decrease significantly the shrinkage.
In this study, low content of short-cut mullite fibers are added into fused silica-based ceramic core materials.
Characteristics of the used fused silica, mullite powder and mullite fibers as raw materials, were illustrated in Table 1.
Wilson, The role of zircon particle size distribution, surface area and contamination on the properties of silica-zircon ceramic materials, Journal of the European Ceramic Society, 31 (2011): 1849-1855

China, 100083 2Institute for Frontier Materials, Deakin University, Geelong, Australia, VIC3216 3Department of Arms Engineering, Academy of Armored Force Engineering, Beijing, P.
Introduction After the 3rd science and technology revolution, people’s dependency on the material energy has reached an unprecedented degree.
According to the different production materials, the common PEH can be divided into two categories: PVDF piezoelectric film and PZT.
Admittedly, these circuits reduce the power dissipation and improve the quality of the PEH more or less, but the complex structure and the limit of materials increase the power dissipation, and make the PEH invalid in low frequency.
[5] Giancarlo Canavese, Stefano Stassi, Valentina Cauda, Alessio Verna, Paolo Motto, Angelica Chiodoni, Simone Luigi Marasso, Danilo Demarchi, Different scale confinements of PVDF-TrFE as functional material of piezoelectric devices, IEEE Sensors Journal.

These will help to process designing of unsaturated polyester resin used in advanced composite materials.
Since the mechanical properties of resin matrix composite materials are dependent on resin cure properties and cure history, the cure kinetics behavior are important for the quality control of thermosetting resin matrix composite materials.
Unsaturated polyester resin is the most extensively used in advanced composite materials.
Lee, Journal of Composite Materials, Vol.30, No.13, 1996, 1437-1457
[7] Yu Jia, Zhang Boming, Wang Dianfu, Wu Zhanjun, Aerospace Materials & Technology , Vol5, 2003,31-34