杜仲胶是杜仲树树皮和叶片中存在的一种结晶颗粒。
Eucommia ulmoides gum is a crystalline particle existing in the bark and leaf of Duzhong tree.
指出临界交联度是杜仲胶获得高弹性的关键概念。
A new concept has been proposed that the critical crosslinking-degree is a key that Gutte-Percha gets high elasticity.
固体静止培养的杜仲胶含量和生产效率比液体振荡培养高。
The gutta content and productivity in the static solid culture were higher than those in te liquid shaking culture.
指出，杜仲胶高弹性体的出现，是其研究开发进入新阶段的标志。
It points out that the birth of Gutta-Percha rubber with high elasticity is a sign that the research-development of Gutta-Percha has entered into a new stage.
通过不同配方比实验，研究了杜仲胶对三元共混硫化胶性能的影响。
The effects of gutta upon the vulcanizate of ternary blends are studied via the experiments of different prescriptions.
通过正交设计确定了杜仲胶热记忆材料的配方，并讨论了热记忆机理。
The formula of heat memory material gutta-per-cha was chosen by orthogonal design, the mechanism of heat memory proprty was discussed.
两种方法所获产品纯度相差不大，显示了聚焦微波助提法提取杜仲胶的高效能。
These results implied that the focused microwave-assisted extraction method was a promising method for the extraction of guttapercha.
对杜仲胶与天然橡胶共混硫化胶的静态力学性能及动态伸张疲劳性能进行了研究。
Static mechanical and dynamic tensile fatigue properties of vulcanizates of gutta/natural rubber blends were tested.
在杜仲树中杜仲胶以晶体微粒的形式存在，必需用溶剂提取或机械破坏植物组织来获取。
Eucommia ulmoides gum(guttapercha or balata) is a crystalline particle existing in the bark and leaf of Duzhong tree (Eucommia ulmoides Oliv), and to extract E.
增加光照虽然能增加含胶量，但愈伤组织增殖倍数降低，杜仲胶生产的总效率以暗培养为好。
Although illumination increased the gutta content, the propagation times of callus decreased; therefore the total production efficiency of gutta was high under dark culture.
选用阿拉伯胶和麦芽糊精作微胶囊壁材，对喷雾干燥法制备杜仲籽油微胶囊的技术进行研究。
Using Arabic gum and malt dextrin as wall material of microcapsules, the microencapsulation technology of eucommia seed oil was studied in this work.
为进一步研究和提高目前杜仲叶胶生产中所采用的自然发酵效果提供实验依据，并为杜仲叶胶提取工艺优化提供理论指导。
Experimental basis for studying and enhancing the nature fermentation effect at present was provided, the theory instruction for optimizating the extracting guttapercha craft was provided also.
结果表明，黑曲霉BN易于分解杜仲叶， 且经其发酵处理后胶得率可提高13.3%。
The results showed aspergillus niger BN fungus, and the productive rate of gutta - perch increased 13.3 %.
结果表明，黑曲霉BN易于分解杜仲叶， 且经其发酵处理后胶得率可提高13.3%。
The results showed aspergillus niger BN fungus, and the productive rate of gutta - perch increased 13.3 %.
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