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      저자 : Ru Hong Xu (검색결과 2 건)
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        Theoretical Study of the Elastic and the Thermodynamic Properties of Re$_2$C under High Pressure

        Hui-Ru Lei,Li-Hong Zhang,Xu Li,Xiao-Zhen Gao,Jing Li 한국물리학회 2019 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.74 No.11

        The structural properties of Re$_2$C in anti-MoS$_2$ and anti-ReB$_2$ structures have been investigated by using the pseudopotential plane wave methods based on the density functional theory. The anti-ReB$_2$ structure is found to be more stable than the anti-MoS$_2$ structure. In particular, for the first time, we have studied the elastic properties of Re$_2$C in the anti-ReB$_2$ structure under high pressure. The ductile-brittle behavior and Vickers hardness for the anti-ReB$_2$ structure are also been analyzed. In addition, the Debye temperature, heat capacity and thermal expansion coefficient are discussed by using the quasiharmonic Debye model method.

      • SCOPUSKCI등재

        Alien Chromosome-Specific PCR Markers for Selection of Powdery Mildew Resistance lntrogressed from Haynaldia villosa in Wheat

        Xiu Mei Dai,Ru Hong Xu,Jun Lu,Fang Li,Jia Na Li,You Rong Chai 한국유전학회 2008 Genes & Genomics Vol.30 No.5

        In the introgression of the distinguished powdery mildew resistance from Haynaldia villosa to wheat, a focus task is to develop applicable molecular markers for tracing alien genetic substances and breeding selection. In an attempt to breed wheat breeding lines combining powdery mildew resistance of wheat stock 010714 conferred by alien 6V chromosome from H. villosa with thermo- photo-sensitive genic male sterility (TGMS) from wheat line C050S, a molecular marker RM874 was identified in PCR amplification using RAPD primer S2018. Batched sequencing indicated that the band contained large amounts of equal-length homologues amplified from Ty3-gypsy retrotransposon-like repetitive regions. Based on comparative cloning and bioinformatic analysis, it was converted into a more reproducible sequence characterized amplified region (SCAR) marker SM142. In wheat genetic background, the marker is 6V-specific and linked to powdery mildew resistance. The linkage of the marker is further verified in F5 generation. The approach of transforming repetitive regions-derived RAPD band into a specific SCAR marker can be referred for SCAR marker development of other genes. GISH (Genome in situ hybridization) analysis of 010714 and F7 translocation lines indicated that the resistance gene is conferred by the short arm of 6V.

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