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Acknowledgements This work was financially supported by the National Natural Science Foundation of China (51074109), by the Major State Basic Research Project (2010CB732005), and by the Program for Innovative Research Team of MOE (IRT1027).
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Assuming the microbeam to be placed under vacuum conditions (no damping).The equation of motion that governs the transverse deflection W(x,t) of the microbeam can be written as: (2) where x is the position along the microbeam length, I is the moment of inertia of the cross section, E is the Young's modulus, t is time, ρ is the material density, h and b are the microbeam thickness and width, respectively, d is the gap width and ε is the dielectric constant of the gap medium.
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Chandra Reddy5,e 1Department of Mathematics, JECRC University, Jaipur-303 905, Rajasthan, India 2,5Department of Mathematics, Annamacharya Institute of Technology and Sciences, (Autonomous), Rajampet- 516126, A.P, India 3Faculty of Military Science, Stellenbosch University, Private Bag X2, Saldanha 7395, South Africa 4Department of Mathematics, PBR Visvodaya Institute of Technology and Science, Kavali, SPSR Nellore Dt, A.
Since the sheet covering the surface=0 is of infinite extent, all the material consignment dependonly on and .
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SiO2/UPR Composite materials can be cured by microwave.
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Introduction Intrinsic fiber metal laminates (FML) are hybrid composite materials consisting of metal sheets co-cure bonded to fiber reinforced plastic layers (FRP).
The condition of equal strain of the two materials is expressed by: σsEs+αs∆T=σcEc+αc∆T , (2) where αs and αc are the CTEs of steel and CFRP in fiber direction.
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Experimental Materials and Methods Experimental materials and preparation. α-Al2O3 was chosen as bulk material doped with CAS and Nb2O5.
Doping 0.4wt% of CAS can increase interface c) b) a) e) d) a) 0.4wt%CAS; b) 0.6wt%CAS; c) 0.8wt%; d), a) Heat erosion photograph; e), c) Heat erosion photograph Fig.1 Fracture morphology of the materials with CAS powder 2θ/(°) 20 30 40 50 60 70 80 90 100 CPS Fig.3 XRD pattern of the materialwith 0.6wt% Nb2O5 a) b) a) 0.4wt%Nb2O5; b) 0.6wt%Nb2O5 Fig.2 Fracture morphology of the materials with Nb2O5 a) 0.2wt%CAS; b) 0.4wt%CAS; c) 0.6wt%CAS; d) 0.8wt%CAS Fig.4 Fracture morphology of the materials with CAS/0.4wt%Nb2O5 a) b) c) energy differentia of grains between basal plane and other ones, so different growth speed induces the grain anisotropy growth, and appears columnar grain (Fig.1b).
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The work material used was JIS SCM435.
And, the overcutting by adhered work material δW was obtained as the average of δWm.
Yamane: Stability of adhered material to the cutting edge of a cermet insert in turning of an austenitic stainless steel, Key Engineering Materials, Vol.656-657 (2015) 363-368
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Yamada: Difference of Feed Marks in Cutting Fluids when Turning Stainless Steel, Key Engineering Materials, Vol.749 (2017) 111-117

Nickel oxide is one of the more popular electrochromic materials after tungsten oxide.
Sol-gel deposited electrochromic NiO films can be made by busing different precursor materials.
Acknowledgements This work was financially supported by key project on nano-materials science of Anhui Province (No. 01402006), and Nature Science Foundation of Anhui Province under project 01041404, which are gratefully acknowledged.
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Raw Materials and Test Methods Raw Materials and Concrete Mix Proportion Raw materials of concrete are as follows
(3) Superplasticizer: QL-PC5 polycarboxylate superplasticizer produced by Jiangmen Qiangli Building Materials Co.
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Fig.1 Chemical structure of carboxylic polymer SLPC 3.Experimental materials and methods 3.1 Materials of concrete and paste A kind of P.O.42.5 cement of JinYu brand was chosen, aggregates including machine-made commingle sand, with a finess modulus of 2.5 and a powder content of 7～9％, and machine-made gravel, with a granule diameter of 5～25mm, were mainly from Hebei Sanhe, mineral admixtures included fly ash of grade II from Gaojin fire plant and the milling slag powder from principal steel factory, chemistry admixtures were a high range polycarboxylic water-reducer JSPC3002 for construction market and the SLPC.
Acknowledgment The authors are thankful to the Natural Sciences Foundation Council of Beijing, China (2072006), Beijing imbursing project of excellence persons(20061D0501700243）.
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