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This work focuses on the steam gasification with in-situ CO2 capture using CaO as absorbent materials for hydrogen production from palm oil empty fruit bunch (EFB).
Furthermore, CaO materials enhanced the concentration of concentration of the CO, H2 and CH4 in the gas product.
Furthermore, CaO materials enhanced the concentration of concentration of the CO, H2 and CH4 in the gas product.
Amran, Gasification of empty fruit bunch for hydrogen rich fuel gas production, Journal of Applied Sciences.
Tangsathitkulchai, Effects of gasifying conditions and bed materials on fluidized bed steam gasification of wood biomass, Bioresource Technology. 100 (2009) 1419-1427

Experimental method study of climatic evaporation of porous material in wind tunnel Yu Zhang1, a, Qinglin Meng2, b 1 Architectural Design Research Institute of SCUT , State Key Laboratory of Subtropical Building Science, South China University of Technology, Guangzhou 510640, Guangdong, China 2 School of Architecture, State Key Laboratory of Subtropical Building Science, South China University of Technology, Guangzhou 510640, Guangdong, China a arzy@ scut.edu.cn, b arqlmeng@scut.edu.cn Keywords: Climatic evaporation, Porous materials, Hot-humid climatic wind tunnel, Experimental study.
Considered to different texture of materials, different beginning times and different climatic parameters, porous material evaporation experiments were carried out and an experimental model was established.
Guangzhou PM 0.998 0.996 0.296 720 188944.998 0.000 PM-M 0.996 0.993 0.411 720 97684.450 0.000 Porous Building Materials Evaporation Experimental Model Porous building materials evaporation experimental study, based on atmospheric evaporation force was a comprehensive environmental impact of climatic elements, and restricted by porous material characteristics.
Journal of Hydrology 44, 169–190 [6] Coleman, G., DeCoursey, D.G., 1976.
Journal of Hydrology 243, 192-204 [8] I.P.Craig.

Analysis on supporting performance of the high-water material filling body in the gob-side entry retaining of thin coal seam Zhongping Guo1, a, Daozhi Chen1,b, Feng Guo1,c and Yan Wang1,d 1College of Resources and Environmental Engineering, Shandong University of Science and Technology, Qingdao, Shandong, 266590, China agzp57046@126.com, bdaozhi835@163.com, cskdckgf@163.com,dwystyler@163.com Keywords: Thin coal seam; High-water material; Filling body; Supporting performance.
While, the method of roadside packing with high-water material[2] has the characteristics of high initial strength, simple process and fast filling speed.
Conclusions (1)The deformation of the backfill with high-water material can be divided into 4 stages.
(In Chinese) [2]Guangming Feng, Chengzhen Wang and Fengkai Li: Journal of Mining & Safety Engineering (2011).
(In Chinese) [3] Yanli Huang, Jixiong Zhang and Feng Ju: Journal of Xi’an University of Science And Technology (2009).

International Journal of Polymeric Materials 57.7 (2008): 635-656
Journal of materials science 35, no. 8 (2000): 1891-1900
Materials 2, no. 3 (2009): 776-789
Journal of Materials Science 26.2 (1991): 341-348
Journal of materials science 27, no. 20 (1992): 5629-5634

Experiment Materials.
New Chemical Materials, (5):8-11(1998)
Materials Science and Engineering A, 328:196-200(2002)
New chemical materials, 31(2):42-44 (2003)
International Journal of Food Science and Technology, 36:283-289(2001).

Due to their physical and chemical advantages when compared to classical industrial materials, composites are candidate materials of the future.
Composite materials are engineered materials made from the macroscopic combination of two or more different constituent materials under certain conditions and proportions that, individually, do not achieve the desired aim.
Becenen: A Study for Improving Structural Properties of Composite Materials with Plastic Matrix Used in Tractor Companions (Doctoral Thesis, Graduate School of Natural and Applied Sciences, Namık Kemal University, Turkey 2008) [3] M.
Du: submitted to Composites Science and Tecnology (2002) [6] A.L.
Nafidi: submitted to Journal of Mechanical Engineering Research (2010) [13] B.

Strain and Stress Distribution in Vickers Indentation of Coated Materials J.M.
Materials with different Young's modulus film/substrate ratios were tested.
Nix, Journal of Materials Research, 14, (1999), p. 2196
Fernandes, Materials Science Form, 230-232, (2002) 525
Tanaka, Journal of Materials Research, 14, (1999), p. 2228.

Introduction Natural Bamboo Fiber is a renewable Natural Fiber, with good material performance, been thought to be a new kind of green environmental protection materials.
Materials and Methods Raw Material Preparation.
At this time, the properties of materials is the best.
Journal of agricultural engineering, 10(2): 33-36, 2008 [5] Rowell, RM.
The state of art and future development of bio-based composite science and technology toward the 21st century.

A series tests, including particles analysis test, density test, seepage test, static treaxial test and compression test were conducted to analyze the physical and mechanical properties of heap dam materials.
Sample name relative density( Dr) permeability coefficien k(×10-3cm/s) 1 Tailings dam material 0.47 0.606 2 Tailings dam material 0.58 0.495 3 Tailings dam material 0.73 0.468 Static traxial test T The statics properties of the tailings dam materials include sand transformation and intension properties.
[2] Jianlin Luo , in Chinese :Journal of safety science and technology, 2 (3) ,P84
[3] Quanming Li, xian Chen, Yunhai Wang and Xinggai Zhang, in Chinese: Journal of safety science and technology, Vol 5(3), P.74-76 [4] Perman A D M, International Journal of Rock Mechanics and Mining Science & Geomechanics, 1995, 32(3), P132 [5] Ana Rita Salgueiro, Henrique Garcia Pereira, and Gerado Benito, Risk Analysis, 2008,28(1):13-23
[6] Quanming Li, Guoli Liao, in Chinese: Journal of safety science and technology, 2007, Vol 3 (5), P 24～29

The experimental procedures of mixed mode fracture of several ductile materials are investigated.
Introduction Fracture controlling parameters in ductile materials have been extensively studied in the past.
Bao: Journal of Engineering Fracture Mechanics Vol. 72 (2005), p.505
Lu: Chinese Journal of Mechanical Strength Vol. 24 (2002), p.266
Chen: Strength of Engineering Materials (HuaZhong University of Science and Technology Press, China 2008)