Search results

Materials and Methods This section is devoted to defining the used materials and describing the sample preparation method and laboratory tests. 2.1 Materials The cement used is CEMII 42.5R produced by the Dangote company in Republic of Congo.
The results of the identification tests on concrete materials are summarized in Table 1.
Summarize of the characteristics of concrete raw materials (MDE-Micro-Deval fragmentation index, LA-Los Angeles fragmentation index).
Osuji, Assessment of manufactured sand in concrete produced with palm kernel shells as coarse aggregate, International Journal of Science and Research (2018), Vol.7 issue3
Deatherage, Splitting tensile strength and compressive strength relationship at early ages, ACI Materials Journal (1991), Vol.88, No.2, pp.115-121 [34] F.

Imagining construction’s digital future, Singapore: McKinsey Productivity Sciences Center
Journal of Mechanical and Civil Engineering, 15(1), 53-56
Nano Constrcution Materials: Review.
Science Direct, 151-158
Application of Nanotechnology in Building Materials.

The corresponding variables of function are the mechanical constants of the materials.
De Wilde, A mixed numerical/experimental technique for the nondestructive identification of the stiffness properties of fiber reinforced composite materials, Journal of NDT&E International 30 (2) (1997) 85-91
Pedersen, Optimisation method applied to identification of materials parameters, in: H.A.
Pagnotta, Determining material properties in anisotropic plates using genetic algorithms and vibration test data, International Journal of Mechanics and Materials in Design 1 (2004) 199-211
[19] Marco Alfano , Leonardo Pagnotta , Determining the elastic constants of isotropic materials by modal vibration testing of rectangular thin plates , Journal of Sound and Vibration(2006) 426-439

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.

Journal of Materials Engineering and Performance, 29, (2020) pp.1400-1409
Journal of Materials Science & Technology, 62, (2021) pp.254-267
Journal of Materials Science & Technology, 64, (2021) pp.187-194
Journal of Composite Materials, 54(22), (2020) pp.3189-3203
Journal of Materials Science & Technology, 62, (2021) pp.254-267

Pinnavaia: Nanoporous Materials II, Studies in Surface Science and Catalysis, Vol. 129, Elsevier, Amsterdam (2000) p. 121
Yazawa: Journal of Membrane Science Vol. 182 (2001) p. 139
Kukizaki: Journal of Membrane Science Vol. 360 (2010) p. 426
Haraya: Journal of Membrane Science Vol. 95 (1994) p. 221
Moriya: Journal of the Society of Materials Science, Japan Vol. 19 (1970) p. 705

The deposition of nanocrystalline diamond by HFCVD in different materials J.
Mankelevich, Diamond and Related Materials 15 (2006) 345
Oliver, Journal of Materials Research V 7 (1992) 1564
Rossi, Diamond and Related Materials 17 (2008) 1116
Kalss, International Journal of Refractory Metals and Hard Materials 28 (2010) 475

Journal of Materials Science, 2016. 51(14): p. 6735-6749
Journal of Materials Science, 1991. 26(3): p. 588-592
Journal of Materials Science Letters, 1982. 1(5): p. 211-213
Journal of Materials Science, 2012. 47(1): p. 55-67
Journal of Materials Science, 1975. 10(10): p. 1802-1825.

Yuan: Journal of University of Shanghai for Science and Technology, Vol. 35 (2015) No.2, p.165.
Fan: ACS Applied Materials & Interfaces, Vol. 8 (2016) No.21, p.13410
Jiang: Materials Review, Vol. 30 (2016) No.1, p.136
Li and L.J Zhi: Materials Today, Vol. 15 (2012) No.12, p.544
Hu: Electronic Components and Materials, Vol. 32 (2013) No.8, p.14

Preparation and Electrochemical Performance of Mn3O4/GR Composites Electrode Material in Supercapacitors Yun-Long Zhou1,3,a, Zhi-Biao Hu1,b*,Li-Mei Wu1,c,Jiao-Hao Wu2,d 1College of Chemistry and Materials Science, Longyan University, Longyan Fujian, China, 364000 2Department of Materials and Energy Engineering, MingDao University, Taiwan, China, 000500 3Fujian Provincial Key Laboratory of Clean Energy Materials, Longyan Fujian, China, 364000 aemail:446141346@qq.com, bemail:zhibiaohu@163.com, cemail:524521200@qq.com, demail:zyl953026@163.com Keywords: supercapacitor; Mn3O4; graphene; electrochemical performance Abstract: Using hydrated manganese sulfate and general type graphene (GR) as raw materials, Mn3O4/GR composite has been successfully prepared by the liquid phase chemical co-precipitation method at room temperature.
Acknowledgements This research was funded by Science and Technology Key Project of Fujian Province (2014H0038) and Industry-University-Research Cooperation program of Fujian Province (2015H61010066) and Materials Science and Engineering Key Subjectsof Fujian Province.
Chinese Journal of Applied Chemistry, 2006, 23(4): 456-458
Journal of Physical Chemistry, 2009, 113(42): 18259-18263
Science, et al.