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Mirtskhulava(2004) thought downcutting of debris flow bed dependent on mean velocity and bed materials limit shear strength.
Erosion slope gradient changed with bed materials and flume slope angle.
Effect from different bed materials Figure 3.
Effect from different bed materials to slope gradient () Different bed materials have different resistant erosion ability which result different change law of slope gradient during downcutting process.Figure 3 and Figure 4 stand for the variation amplitude of slope gradient with a constant density and slope angle on the condition of different bed materials.
Figure 3 shows big mean grain diameter have a large variation of erosion slope gradient when an experimental materials available.

Experimental Materials Wheat straw, fed from farms, was naturally deposited until the water content reached 6% or so.
Preparation of WFCC Wheat straw fiber, inorganic cementitious materials and water were used to prepare WFCC, in which the mass ratio of water/ inorganic cementitious materials (w/ c) was 0.4, and the mass proportion of wheat straw fiber/ inorganic cementitious materials was 2%.
Agricultural Science & Technology , Vol 9 No 5 (2008),p:70-73.
Journal of Building Materials, Vol 12 No 3 (2009), p:369-374.
Journal of Agricultural Mechanization Research, No 10 (2009), p:227-229.

Materials and Methods All three main materials used in this research are derived from Thailand.
Waste materials consist of green glass cullet and sediment soil.
Materials characteristics.
Chemical analysis of materials used in this study.
Souza, "The effect of incorporation of a Brazilian water treatment plant sludge on the properties of ceramic materials," Applied Clay Science, vol. 53, p. 561–565, 2011

Multiscale Fracture Model for Quasi-brittle Materials Yuri V.
Fracture of quasi-brittle heterogeneous materials is steered by processes at several different scale levels.
Fracture of quasi-brittle heterogeneous materials is steered by processes at several different scale levels.
G., International Journal of Fracture (1984), 25, 247-262
International Journal of Fracture (2007), 146:53-60

:Key Engineering Materials.
:Journal of Materials Processing Technology 212 (2012),1347-1354
:Materials science and engineering: a, 2007, 468: 15-22
:Key Engineering Materials.
:Materials Science and Engineering: A, 2012, 532: 362-372

Materials and Methods Materials.
Specification of Materials.
Construction and Building Materials.
Construction and Building Materials.
Journal of Adhesion Science and Technology.

Kumar, Effect of Thickness and Grain Size on Flow Stress of Very Thin Brass Sheets, Procedia Materials Science. 6 (2014), 154-160
Chan, Size effect on material surface deformation behavior in micro-forming process, Materials Science and Engineering: A. 13–14 (2011), 4799-4806
Eckstein, Microforming—from basic research to its realization, Journal of Materials Processing Technology. 125–126, (2002), 35-44
Shan, Size effect on friction in scaled-down strip drawing, Journal of Materials Science, journal article. 45, 15 (2010), 4067-4072
Ni, Material behavior modelling in micro/meso-scale forming process with considering size/scale effects, Computational Materials Science. 43, 4, (2008), 1003-1009

TEHV is a novel multidisciplinary science that comprises basic principles and methods of applied engineering and life science to seed autologous cells on biodegradable materials.
Functionalization and endothelialization of decellularized scaffold materials RGD peptides and VEGF are commonly used for functionalization modification of biological materials [25,26].
Medical science monitor: international medical journal of experimental and clinical research.
Advance Functional Materials.
Advanced Materials.

Constructions & Building Materials, 2805-2812 [2] Bernal et al. (2012).
Materials Science and Engineering A, 6616-6623 [6] Khan Irfan, et al. (2014).
Australian Journal of Basic and Science, 7(5): 246-257 [8] Rovnanik*, P. (2010).
Construction and Building Materials , 1176-1183
Journal of Hazardous Materials , 748-752.

Whole producing process Main production is divided into silk and wrap two link; Silk began from raw materials into the Hangzhou cigarette factory, Hangzhou cigarette factory according to the requirements of Hangzhou cigarette factory of raw materials, such as tobacco into slices of smoke from the raw material warehouse to factory overhead library, tobacco smoke from a piece of silk production line, the elevated began to enter respectively after slicing, loose embellish leaf, removing impurity, after feeding and shred, drying silk into leaf silk elevated library to use; For bulk yarn now new factory in the first phase of Hangzhou cigarette factory haven't built a production line, so bulky silk, silk and so on are consists of Hangzhou cigarette factory from other warehouse transferred to Hangzhou cigarette; The last part of the silk overhead in the library is to form by mixing and bulk silk, terrier silk and so on all kinds of brand of the finished product of tobacco into shreds elevated
Delone: Journal of management information systems, Vol. 19(2003) No.4, p. 9
Rothenberger: Journal of management information systems, Vol. 24(2007) No.3, p. 45
Sanders: Journal of Mobile Multimedia, Vol. 1(2006) No.4, p. 307
Strasser: European journal of clinical investigation, Vol. 35(2005) No.12, p. 745.