3篇
您的检索式：作者名="LIN Bingwen"
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| 1 | The combined influence of background climate and urbanization on the regional warming in Southeast China显示文摘把为精力( NCEP/DOE )的环境预言/部门的一致陆地表面空气温度和国家中心基于中国大气的模型 Intercomparison 工程( AMIP ) -II 分析数据( R-2 ),到东南中国的表面空气温度增加的主要贡献者被比较城市、农村的温度系列的趋势调查,以及观察,盖住 19542005 和 19792005 的二个时期并且 R-2 数据。从城市农村的比较的结果显示那个城市的热岛(UHI ) 完成在上地区性年度并且自从 1954,秋天最小温度增加占 10.5% 和 12.0% ,但是与 6.2% 和 10.6% 的更小的温暖的归属自从 1979。由把观察与 R-2 表面温度数据作比较的结果建议陆地使用为 32.9% 和 28.8% 改变报道在地区性年度并且自从 1979,秋天最小温度增加。因此,在东南中国的地区性的温度增加以后的陆地使用变化的影响在最后 30 年期间是更显著的。然而,它显示那 UHI 效果,由背景气候的温暖的变化压到,不在在最后 50 年期间的在东南中国上的地区性的温暖起一个重要作用。 | SI Peng REN Yu LIANG Dongpo LIN Bingwen | 2012 | Journal of Geographical Sciences2012，22，2： | 7 |
| 2 | A Multicenter Retrospective Analysis of Survival Outcome Following Postoperative Chemoradiotherapy in Non–Small-Cell Lung Cancer Patients With N2 Nodal Disease显示文摘 | Bingwen Zou Yong Xu Tao Li Wenhui Li Bangxian Tang Lin Zhou Lu Li Yongmei Liu Jiang Zhu Meijuan Huang Jin Wang Li Ren Youlin Gong Guowei Che Lunxu Liu Mei Hou You Lu | 2010 | International Journal of Radiation Oncology Biology Physics2010，，2： | 1 |
| 3 | Resistance to chemical attack of bittern-resisting cement in high-bittern environment显示文摘A new kind of bittern-resisting cement (BRC) was introduced. This material is based on the ternary cementitious system of clinker containing C4A3 S phase, high-activity ground granulated blast-furnace slag (GGBFS) and fly ash (FA). The hydration proc- ess and the hydrated products of BRC were studied by means of XRD, TG-DTA and SEM, and the resistance to chemical attack of BRC in high-bittern environment was also examined. The corrosion experiment in seven kinds of brines proved that BRC exhibits an excellent resistance to chemical attack of bittern. The corrosion resistance factors were calculated and all of them were greater than 0.96. It showed that BRC totally controls the cement-based material corrosion in brines from four aspects: (1) making full use of the dominant complementation effect of mineral materials; (2) diminishing the hydrated products easy to be attacked; (3) improving the microstructure of hardened cement mortar; (4) degrading the chemical attack of bittern. | Yunbing Hou Bingwen Wang Yu Chen Botao Zhang Lin Yu | 2005 | Journal of University of Science and Technology Beijing2005，12，5： | 1 |
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