说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 仿生培养
1)  bionic culture
仿生培养
1.
To investigate the positive regulation action of normal intraocular tension pressure on the RCEs activity, and provide theoretical evidences for 3D bionic culture system which aimed to improve the culture quality of RECs and construct engineering corneal endothe.
探讨正常眼压对角膜内皮细胞活性的正向调节作用,为建立旨在提高角膜内皮细胞培养质量的三维仿生培养系统提供理论依据,构建工程化角膜内皮细胞移植膜。
2)  bionic cultivation
仿生栽培
1.
Over six-year production practice has solved Urobotrya latisquema s difficulties in growing seedling and low survival rate,and has further done experiments on its standard bionic cultivation.
经过6年多的生产实践,攻克了鳞尾木人工育苗难、种植成活率低的技术难题,并进一步对鳞尾木规模化仿生栽培技术进行试验,结果表明:在有遮荫条件的林下成活及生长情况优于无遮荫条件。
2.
Cutivating marketable seedling of Ardisia crenata by using bionic cultivation technology have characteristics of low cost and high soil utilization ratio.
利用仿生栽培技术进行朱砂根商品苗的培育,有成本低、土地利用率高等诸多特点。
3.
The advances on the research the latest nearly 30 years of morels in China,and the results of the latest nearly 100 years of bionic cultivation and artificial cultivation and researchers of bionic cultivation of morels in the world,and the existing problems of bionic cultivation of morels in Yunnan Province were briefly reported and analyzed too.
总结了国内主要近30年对羊肚菌的研究,并对国内外近100年的羊肚菌仿生栽培和人工栽培的成果、研究者作了简要概述,分析了当前云南羊肚菌仿生栽培过程中所存在的问题,以期为羊肚菌仿生栽培可持续发展和人工栽培早日市场化提供参考。
3)  Rooting culture
生根培养
1.
To plantlet regeneration,different growth regulator levels played important roles in rooting culture.
本研究通过4个桉树无性系组培生根培养最适生长调节剂的筛选试验,筛选出各无性系生根培养的最佳生长调节剂浓度。
2.
Taking Phalaenopsis s tube seedlings as the test materials,this paper researches on the successive transfer culture medium and rooting culture medium,introduces the test materials and test methods,analyzes on the test results,and through the comparison of the two tests,draws the conclusion that in Phalaenopsis s successive transfer culture the No.
以蝴蝶兰试管苗为试材进行了继代及生根培养基的研究,介绍了试验材料与方法,对试验结果进行了分析,通过两次试验对比得出结论:在蝴蝶兰的继代培养中3号培养基MS+BA5mg/L+NAA0。
3.
The effects of various factors including different selecting period and treatment of material, browning control, concentration of Non-organic, phytohormone and light on adventitious bud induction, multiplication and differentiation, rooting culture of Xinli No.
研究不同取材时期、材料处理、抗褐化、无机盐浓度、生长调节剂及光照等因子 ,对新梨 7号芽诱导、增殖分化、生根培养的影响。
4)  biochemical culture
生化培养
5)  lettuce planting
生菜培养
6)  student training
学生培养
补充资料:仿生复合材料
分子式:
CAS号:

性质:参照生物材料的规律设计并制造的复合材料。天然生物材料大都为复合材料,经过亿万年的进化基本上都符合节约高效的优化原则,即以最少的材料达到最高的效能。例如,几乎所有的植物纤维细胞都是空心的、多层的,而且往往是分叉的。以CVD法制备的仿生空心石墨纤维的强度与柔韧性均较实心者为佳。按照仿竹结构提出了一种碳纤维增强树脂的优化模型。实验结果表明,仿竹材料的平均弯曲强度比具有同样数量基体和增强纤维,但分布均匀者提高81%,最优者高出103%。仿生复合材料不仅可以参照生物体的结构来设计优良的结构用材料,同时也可仿效其功能发展功能材料。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条