8Toledo Filho R D,,Ghavam K,England G L,et a.l.Development of Vegetable Fibre-mortar Composites of Improved Durability. Cement and Concrete Research . 2003
9Sarigaphuti, M,Shah, S. P,and Vinson, K. D.＇Shrinkage Cracking and Durability Characteristics of Cellulose Fiber Reinforced Concrete＇. AC1 Materials Journal . 1993
二级参考文献16
1李国忠，山东建材学院学报，1997年，1期
2陈士英，木材工业，1993年，7卷，1期，15页
3冼杏娟，Proc of ICCM-10，1995年，259页
4冼杏娟，Proc of Ninth International Conference on Composite Materials，1993年，858页
5Yipp M W，Proc of International Symposium on Polymer Alloy and Composites ISPAC，1992年，304页
6冼杏娟，SAMPE，1991年
7Shin F G，Proc of VII International Conference on Composite Materials，1989年，467页
4Josep Claramunt,Monica Ardanuy? Jose Antonio Garcia-Hortal,et al.The homification of vegetable fibers to improve thedurability of cement mortar composites [J].Cement & ConcreteComposites,2011,33: 586-595.
5Nesibe Gozde Ozerkan’Bappy Ahsan, Said Mansour? et al.Mechanical performance and durability of treated palm fiberreinforced mortars [J].International Journal of Sustainable BuiltEnvironment, 2014 (2) : 131-142.
6Gram H E.Durability of natural fibres in concrete.Research Report [J].Swedish Cement and Concrete Research Institute. Swe -den,1983.
7G.H.D. Tonoli’H. Savastano Jr.,E. Fuentec,et al.Eucalyptuspulp fibres as alternative reinforcement to engineered cement-based composites [J].Industrial Crops and Products, 2010? 31:225-232.
