961823 水产饲料的新型粘合剂=A newbinder for aquatic feeds and baits[刊,英]/Powell L A//Aquac.Abst..—1995,12(6).—3607杜邦公司业已研制出一种在水里不溶解的中性粘合剂,此种粘合剂可提高饲料在水里的稳定性。对螯虾、真鲷。
The objective of this study is to determine the properties of G. amplexifolia. In this paper, the chemical composition, including holocellulose, acid-insoluble lignin, 1% NaOH solubility, benzene-ethanol extractives a...The objective of this study is to determine the properties of G. amplexifolia. In this paper, the chemical composition, including holocellulose, acid-insoluble lignin, 1% NaOH solubility, benzene-ethanol extractives and ash content, was considered for the variability with respect to positions along bamboo culm height (bottom, middle and top), parts along radial direction (inner part and outer part) and ages (1-year and 2- year). The test results were also compared to those of moso that is commonly planted and used in China. This study indicated that both the holocellulosecontent and the lignin content in inner part were lower than in outer part, but for extractives and ash content, the reverse was true. Bamboo age also had effect on chemical composition; both the holocellulose content and the ash content in the culm of 1- year were higher than those of 2-year, while the lignin content and the extractive content in the culm of 1- year were higher than those of 2-year. High holocellulose content, low lignin contentand extractive content were advantages of G. amplexifolia.展开更多
文摘961823 水产饲料的新型粘合剂=A newbinder for aquatic feeds and baits[刊,英]/Powell L A//Aquac.Abst..—1995,12(6).—3607杜邦公司业已研制出一种在水里不溶解的中性粘合剂,此种粘合剂可提高饲料在水里的稳定性。对螯虾、真鲷。
文摘The objective of this study is to determine the properties of G. amplexifolia. In this paper, the chemical composition, including holocellulose, acid-insoluble lignin, 1% NaOH solubility, benzene-ethanol extractives and ash content, was considered for the variability with respect to positions along bamboo culm height (bottom, middle and top), parts along radial direction (inner part and outer part) and ages (1-year and 2- year). The test results were also compared to those of moso that is commonly planted and used in China. This study indicated that both the holocellulosecontent and the lignin content in inner part were lower than in outer part, but for extractives and ash content, the reverse was true. Bamboo age also had effect on chemical composition; both the holocellulose content and the ash content in the culm of 1- year were higher than those of 2-year, while the lignin content and the extractive content in the culm of 1- year were higher than those of 2-year. High holocellulose content, low lignin contentand extractive content were advantages of G. amplexifolia.
