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Your search keyword '"Xu, H.J."' showing total 32 results
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32 results on '"Xu, H.J."'

5. Effects of quebracho–chestnut tannin extract supplementation on production performance, nitrogen partitioning, and rumen fermentation patterns in early-lactating Holstein cows

Author

Wang, M.M., primary, Li, Y., additional, Ren, S., additional, Shen, Y.Z., additional, Chen, P.L., additional, Cui, Q.J., additional, Cao, Y.F., additional, Li, Q.F., additional, Xu, H.J., additional, Sun, F.L., additional, Ma, N., additional, Gao, Y.X., additional, and Li, J.G., additional

Published
2024
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25. KCNQ1 gain-of-function mutation in familial atrial fibrillation

Author

Chen, Y.H., Xu, S.J., Bendahhou, S., Wang, X.L., Wang, Y., Xu, W.Y., Jin, H.W., Sun, H., Su, X.Y., Zhuang, Q.N., Yang, Y.Q., Li, Y.B., Liu, Yehan, Xu, H.J., Li, X.F., Ma, N., Mou, C.P., Chen, Z., Barhanin, J., Huang, W., Institut de pharmacologie moléculaire et cellulaire (IPMC), Université Nice Sophia Antipolis (... - 2019) (UNS), and COMUE Université Côte d'Azur (2015-2019) (COMUE UCA)-COMUE Université Côte d'Azur (2015-2019) (COMUE UCA)-Centre National de la Recherche Scientifique (CNRS)

Published
2003

29. Development and characterization of common wheat-Thinopyrum intermediumtranslocation lines with resistance to barley yellow dwarf virus

Author

Xin, Z.Y., Zhang, Z.Y., Chen, X., Lin, Z.S., Ma, Y.Z., Xu, H.J., Banks, P.M., and Larkin, P.J.

Abstract

We developed some wheat-Th. intermediumtranslocation lines,Yw642, Yw443 and Yw243, etc., showing good BYDV resistance from L1by induced homoeologous pairing using CS ph mutant. Characterization ofthese wheat lines was carried out by GISH and RFLP analysis. The resultsof GISH showed that the lines, YWw42, Yw443 and Yw243, etc., arehomozygous wheat-Th. intermediumtranslocation lines, in which thechromosome segments of Th. intermediumwere transferred to thedistal end of a pair of wheat chromosomes. RFLP analysis indicated that thetranslocation chromosome of the wheat lines is T7DS · 7DL-7XL. Thebreakpoint of the translocation is located on the distal end of 7DL, betweenXpsr965 and Xpsr680 about 90–99 cm from the centromere. The BYDVgene is located on the distal end of 7XL around Xpsr680, Xpsr687 andXwg380. The RFLP markers of psr680, psr687 and wg380 werecosegregated with the BYDV resistance respectively and could be used formolecular assisted selection (MAS) in wheat breeding program for BYDVresistance.

Published
2001
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30. A new fractal model on fluid flow/heat/mass transport in complex porous structures.

Author

Wu, C.Q., Xu, H.J., and Zhao, C.Y.

Subjects
*FLUID flow, *MASS transfer, *POROUS materials, *SINGLE-phase flow, *TWO-phase flow, *THERMAL conductivity
Abstract

• A new fractal theoretical model is established to predict the transport in complex porous media. • Solutions to the transport parameters of single-phase fluid in porous media are derived. • Solutions to the transport parameters of two-phase fluid in porous media are derived. • Analytical results of the proposed model are compared with the previous model. • The predicted results of the theoretical model agree well with experimental data. A new fractal theoretical model with periodic pore morphology, which idealizes the pore channels of the porous media as gourd-shaped structure, is established to model the transport in complex porous media. Based on the fractal model, the flow/thermal/mass transport properties of single-phase fluid and two-phase fluid flowing through porous structures are predicted, and analytical solutions to the permeability, thermal conductivity, diffusion coefficient of single-phase fluid in porous media, and the permeability, and the thermal conductivity of two-phase fluid in unsaturated porous media are derived. The analytical results of the proposed model for predicting the single-phase gaseous flow, heat and mass transfer in porous media are compared with the previous model data based on the idealized tubule-shaped structure of the real pore channels in porous media, which shows that the previous tubule-shaped structure is a limiting case of the present gourd-shaped structure. Analytical expressions of absolute permeability, relative permeability, and effective thermal conductivity of two-phase flow and heat transport in unsaturated porous media are derived for the present model and the previous tubule model. A parametric analysis is performed for presenting the effects of the structural parameters and fluid properties on the effective thermal conductivity, permeability and effective diffusion coefficient predicted. Meanwhile, the results show that the predicted data of the theoretical model are in good agreement with experimental data. The present study is significant for enhancing the flow, heat and mass transfer in accurately predicting transport properties of real porous media applications, and can provide an important parameter basis and guidance for the design of the transport system incorporating porous media. [ABSTRACT FROM AUTHOR]

Published
2020
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