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| 1 | 用空心钢锭制造的压力容器大型环段锻件显示文摘水岛工厂把杂质含量低的熔融金属同偏析少的大型空心钢锭结合起来,已能生产重达320t的高质量钢靛。250t的实验性空心钢锭已经制造出来,目的是模拟相同尺寸空心钢锭的内部质量。1300MW压水堆压力容器零件和1100MW沸水堆压力容器零件锻造的环段,也已经用氧气顶吹转炉冶炼-RH脱气-空心钢锭浇注的方法制成。由于空心钢锭的均匀性,环段锻件偏析较少,而且内表面完好无缺陷。本文不仅概述了环段锻件的制造资料,而且概述了制造设备,包括4400t压力机、立车以及自动无损探伤设备。 | T.Imai A.Namba K.Miyata K.ASO K.Nakanishi K.saito 骆平(译) | 1986 | 大型铸锻件1986，，2： | 5 |
| 2 | Association between reflux oesophagitis and features of the metabolic syndrome in Japan显示文摘 | F.MOKI M.KUSANO M.MIZUIDE Y.SHIMOYAMA O.KAWAMURA H.TAKAGI T.IMAI M.MORI | 2007 | Alimentary Pharmacology & Therapeutics2007，，7： | 2 |
| 3 | Association between reflux oesophagitis and features of the metabolic syndrome in Japan显示文摘 | F.MOKI M.KUSANO M.MIZUIDE Y.SHIMOYAMA O.KAWAMURA H.TAKAGI T.IMAI M.MORI | 2007 | Alimentary Pharmacology & Therapeutics2007，，7： | 1 |
| 4 | ICRF Experiments and Potential Formation on the GAMMA 10 Tandem Mirror显示文摘Target plasmas,on which the formation of the electrostatic potentials and the im-provement of the confinement are studied,are produced with ICRF in the GAMMA 10 tandemmirror.The ion temperature of more than 10 keV has been achieved in relatively low densityplasmas.When the strong ICRF heating is applied,it is observed that the high frequency andthe low frequency fluctuations are excited and suppress the increase of the plasma parameters.Recently,a new high power gyrotron system has been constructed and the ECRH power in plugextends up to 370 kW.The improvement of the confinement due to the formation of the potentialin the axial direction and the strong radial electric field shear has been observed. | M.ICHIMURA T.CHO H.HIGAKI M.HIRATA H.HOJO T.IMAI K.ISHII M.K.ISLAM A.ITAKURA I.KATANUMA J.KOHAGURA Y.NAKASHIMA T.NUMAKURA T.SAITO Y.TATEMATSU M.WATANABE M.YOSHIKAWA | 2006 | Plasma Science and Technology2006，8，1： | 0 |
| 5 | High strain rate superplasticity of TiN_p/1N90Al composite prepared by powder metallurgy method显示文摘TiN_p/1N90Al composite was fabricated by powder metallurgy method with a reinforcement volume fraction of 15%. The tensile experiment, DSC and SEM were used to study the high strain rate superplasticity of the TiN_p/1N90Al composite. The DSC result shows that the incipient melting temperature of the TiN_p/1N90Al composite is 906K. The tensile tests were carried out over a range of deformation temperature from 918 to 928K and strain rate from 1.7 to 1.7×10 -3 s -1. The maximum elongation of 201% is realized at 923K with a strain rate of 1.7×10 -1 s -1. Otherwise all the elongations are higher than 100% in the strain rate range of 3.3×10 -2-6.7×10 -1 s -1 at the three deformation temperatures. The curves of m value of the TiN_p/1N90Al composite can be divided into two stages with the variation of strain rate at different deformation temperatures and the critical strain rate of 10 -1 s -1. When the strain rate is higher than 10 -1 s -1, the m values of the three curves are smaller than 0.3, but the m values of the three curves are about 0.37 when the strain rate is higher than 10 -1 s -1. | 甄良 胡会娥 王海 T.Imai 雷廷权 | 2005 | 中国有色金属学会会刊:英文版2005，15，S2： | 0 |
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