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Table 1 Summary of Experimental Program Test Specimen Sectional Dimension Concrete Properties Longitudinal Reinforcement Ratio b h d a a/d fc' ft max.agg ρs [mm] [mm] [mm] [mm] — [MPa] [MPa] [mm] [%] SeriesⅠ B5N 250 500 426 1110 2.61 49.6 2.61 19 1.15 B6N 298 598 524 1360 2.60 49.6 2.61 19 1.18 B8N 299 798 690 1860 2.70 43.7 2.44 19 1.19 B10N 310 1010 902 2280 2.53 54.2 2.74 19 1.10 B12N 605 1206 1098 2780 2.53 54.2 2.74 19 1.11 SeriesⅡ B6L 300 598 524 1360 2.60 49.6 2.61 19 0.78 B10L 308 1004 896 2280 2.54 54.2 2.74 19 0.67 Fig. 1 Beam section and reinforcement details Materials.

Eng. 37 (2013) 888-896

Radwan, CNC Automatic Programming System for Wire-EDM, Lecture Notes in Computer Science. 1611 (1999) 889-896

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Koike, Possible exisences of the stripe correlations in electron-doped superconducting cuprates Eu1.85Ce0.15Cu1-yNiyO4+α-δ studied by muon-spin-relaxation, Advanced Materials Research 896, 354 (2014)

Koike, Possible Exisences of the Stripe Correlations in Electron-doped Superconducting Cuprates Eu1.85Ce0.15Cu1-yNiyO4+α-δ studied by muon-spin-relaxation, Advanced Materials Research 896 (2014) 354

Temperature sensor Collector: Outflow temperature oC On/Off switch Pump discharge: On/Off % Temperature sensor Collector: Outflow temperature oC On/Off switch Pump discharge: On/Off % Temperature sensor Discharge: Return temperature setting oC - - - Results and concluding remarks The most representative data obtained, as a result of the simulations during one year of operation of the analyzed hybrid heating system for different scenarios, were centralized in the table no. 2: Table 2 - Heating system performance indicators - Solar collector Operating regime Specific flow rate Annual solar fraction Collector field yield related to the aperture area Annual solar thermal energy delivered to the system Total el. energy consumption of the system System performance CS - - - SFn - Qsol Etot - - - - [l/h/m2] [%] [kWh/m2/year] [kWh] [kWh] - CS1 SF LF 15 22,3 528,2 49.231,6 242,8 853,8 HF 35 23,2 556,1 51.830,3 230,6 907,9 55 23,4 560,6 52.250,4 351,3 597 VF - 15-55 23 550,5 51.303 233,1 896,6

Transition 6H15/2→ Energy [cm-1] Wavelength [nm] fexp (10-6) fcal (10-6) 4I15/2 22222 450 0.69 0.54 6F3/2 13245 755 0.86 0.27 6F5/2 12500 800 2.28 1.45 6F7/2 11161 896 3.94 3.58 6F9/2 9208 1086 5.23 5.35 6F11/2 7905 1265 6.64 6.59 6H11/2 5977 1673 1.20 1.58 .

Number of elements 1,2 3,4 5,6,7 8,9 Type of fire curve standard 896 895 893 898 exponential 783 767 732 822 Relative error [%] 13 14 18 8 Am/V 402 344 200 435 a) b) c) d) Fig.6.