基本释义:

原纤

网络释义

1)fibrils,原纤

2)bamboo fiber,竹原纤维

3)collagen fiber,胶原纤维

4)natural bamboo fiber,竹原纤维

5)fibril structure,原纤结构

6)collagen fibre,胶原纤维

用法和例句

The layer structures of the cell walls and the sizes of fibrils about the cross section of kapok fibers were observed by Transmission Electronic Microscope(TEM), and the expansion features of the kapok fibers dealed with alkali have also been analyzed.

通过对木棉纤维横截面超薄切片的透射电镜观察,获得了木棉纤维的胞壁层次结构、原纤尺度及排列。

Absorption properties to liquid water of bamboo fiber bundle and regenerated bamboo fiber bundle;

竹原纤维与竹浆纤维束吸水性能比较

Research of Moisture Conduction and Air Permeability of Bamboo Fiber Fabric;

竹原纤维织物导湿透气性能研究

Comparison of serviceability of the bamboo fiber fabric and the ramie fabric;

竹原纤维织物与苎麻织物服用性能的比较

Adsorption of phosphate by Fe(Ⅲ) immobilized on collagen fiber;

胶原纤维固载Fe(Ⅲ)对磷酸根的吸附特性

Ferric(Ⅲ)immoblized collagen fiber and its adsorption for bacteria;

胶原纤维固化铁(Ⅲ)吸附材料的制备及其吸附细菌

Detection the collagen fiber change and its significance in SARS lesions of the lung;

SARS肺部病变胶原纤维的检测及其意义

Probe into the impact of enzymatic treatment on the fineness of natural bamboo fibers;

竹原纤维酶处理的纤细化效果

Impact of heat treatment on mechanical properties of natural bamboo fibers and bamboo pulp fibers;

热处理对竹原纤维和竹浆纤维力学性能的影响

Study on the enzymatic refining of natural bamboo fibers;

竹原纤维生物法精细化探讨

The results indicated that the soybean protein fibers have skin-core structure and fibril structure.

通过对断口的观察,发现大豆蛋白/PVA复合纤维有原纤结构。

Relation of IL-18 and collagen fibre with plaque stability in aorta atherosclerotic lesion;

IL-18、胶原纤维和主动脉粥样硬化斑块稳定性的关系

The adsorption of Cr (VI) by collagen fibre immobilized black wattle tannin, as well as the adsorption kinetics, column adsorption kinetics of Cr (VI) and adsorption mechanism were studied under different temperatures and pH values.

研究了胶原纤维固化黑荆树单宁对Cr(VI)的吸附。

Using collagen fibre as matrices,the immobilized tannins adsorbents based on black wattle,larch and myrtan tannins were prepared through crosslinking reaction.

　以胶原纤维为基质,通过交联剂将黑荆树单宁、落叶松单宁和毛杨梅单宁固化在胶原纤维上制备吸附材料。