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Online since: February 2014
Authors: Abdoullah Namdar, Chua Pei Shan, Nabila Shahilla Rajagopal, Fadzil Mat Yahaya
Roussel, The LCPC BOX: a cheap and simple technique for yield stress measurements of SCC, Materials and Structures 40 (2007) 889–896
Online since: August 2015
Authors: Iwan Budiwan Anwar, Eko Saputra, J. Jamari, Emile van der Heide, Rifky Ismail, A. Hidayat
Res. 896 (2014) 272-275
Online since: December 2014
Authors: Juan Alfredo Guevara Carrió, Waldemar Alfredo Monteiro, M.A.R. Santos, L.C.E. Silva, D.S. Motta
Lineu Prestes, 2242 - Butantã - Cidade Universitária – USP / SP, 05508-900, São Paulo, Brazil. 2Engineering School, Presbyterian Mackenzie University, R. da Consolação, 896, prédio 06, Consolação, CEP 01302-907, São Paulo - SP, Brazil awamontei@ipen.br,bjgcarrio@mackenzie.br, mars@mackenzie.br, danilo.smotta@gmail.com, lcesilva@ipen.br Keywords: Cu-Cr-Ag-Al2O3 composites, powder metallurgy, electrical conductivity.
Online since: December 2007
Authors: Jan Kohout, Stanislav Vĕchet, Klára Hanzlíková, Josef Zapletal
. %] Rp0.2 [MPa] UTS [MPa] A5 [%] 2 359.4 0.7 18.3 66.8 - 700 0.0 5 361.5 1.2 28.5 34.4 736 896 0.5 10 362.8 1.4 31.6 4.8 607 977 2.1 25 363.3 1.5 33.8 0 675 973 3.8 60 363.4 1.5 34.8 0 772 1022 8.1 120 363.4 1.5 31.9 0 811 1001 6.7 270 363.3 1.5 25.4 0 824 990 5.9 540 363.1 1.5 17.7 0 824 1055 5.0 Two following figures show the dependence of the austenite cell parameter size (Fig. 2) and the stabilized austenite amount (Fig. 3) on the transformation dwell.
Online since: February 2014
Authors: Kohei Tatsumi, Noriyuki Kato, Akiyoshi Shigenaga
PESC, Orlando, FL, 2007,p.2234-2240 [3] Shinichi Terashima, Yukihiro Yamamoto, Tomohiro Uno and Kohei Tatsumi; Significant reduction of wire sweep using Ni plating to realize ultra fine pitch wire bonding, Proceedings of the 52nd Electronic Components and Technology Conference, 2002,52, p.891– 896
Online since: July 2011
Authors: Hao Liu, Bao Guo Zhang, Zhou Fu Wang, Xi Tang Wang
CaO MgO SiO2 Nd2O3 Tg(˚C) Tc(˚C) Tc-Tg(˚C) N0 30.6 6.9 61.0 - 746 896 150 N1 30.3 6.8 60.4 1 751 906 155 The viscosity of powdered fragments of ceramic fibers was measured with a rotating crucible viscometer (RTW-10).
Online since: September 2013
Authors: Lei Zhao, Li Shan Fan, Wen Zhong Wang
Figure.2 TG curve of the eri-silk 2.4 The analysis of infrared spectrum about the eri-silk Figure.3 The infrared spectrum of the eri-silk The Infrared spectral bands of silk fibroin protein contain 1660~1647cm-1 (amide I), 1546~1540cm-1 (amide II), 1330~1294 cm-1 (amideⅢ), 896~890 cm-1 (amide IV), 625~615 cm-1 (amide v) for α-helical structure;1640~1615cm-1 (amide I), 1535~1514cm-1 (amide II), 1245~1220cm-1 (amide Ⅲ), 965cm-1(amide IV), 700~696 cm-1 (amide V) for beta-folding structure, and 660~655cm-1 (amide V) for a random curl structure.The IR spectrum of eri-silk after degumming silk is shown in Fig.3, there contain α-helix and β-collapse structure in the structure of silk , dominated by β-collapse structures, and there is characteristic crest peak of amide I at 1661.
Online since: August 2015
Authors: Mohammad Tauviqirrahman, T. Prasojo, J. Jamari, Dirk Jan Schipper, Rifky Ismail
Advanced Materials Research 896 (2014) 642-645.
Online since: October 2012
Authors: O. Nurizan, Ahmad Zuraida, Nordin Norhuda Hidayah
Hui-min, Crosslinked corboxymethylchitosan-g-poly(acrylic acid) copolymer as a novel superabsorbent polymer, Carbohydrate Research 342 (2006) 887-896 [4] J.
Online since: January 2013
Authors: Kaewkuekool Sittichai, Laemlaksakul Vanchai, Rodsung Detnarong
Besides, analysis of interaction effect was found that combination of speed at 350 mm/min and current at 140 Amp was provided the highest elongation at 24.01 mm. 30 25 20 15 10 5 99 95 90 80 70 60 50 40 30 20 10 5 1 Elongation Mean 17.81 StDev 5.313 N 12 AD 0.397 P-Value 0.311 Probability Plot of Elongation Normal Fig 5 Analysis of Normality Test for Pilot Study of Elongation Table 4 ANOVA of Elongation Sources SS df MS F-Test P-Value Current 730.496 2 365.248 22.645 .000* Speed 14.675 2 7.337 .455 .639 Filler metal 21.784 2 10.892 .675 .517 Current * Speed 259.572 4 64.893 4.023 .011* Current * Filler metal 57.808 4 14.452 .896 .480 Speed * Filler metal 106.535 4 26.634 1.651 .190 Current * Speed * Filler metal 101.544 8 12.693 .787 .618 Error 435.485 27 16.129 Total 20390.029 54 Corrected Total 1727.900 53 Summary Based on results, there were found that interaction factor between current and speed was showed significantly