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Some tropical plant fibers and their development and application were reviewed,and some fiber pretreatment methods enumerated.
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本文介绍了几种热带植物纤维的性能及其应用情况,并列举了几种纤维的预处理方法。 |
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Describes the principle,structure,function and operation method of new negative pressure fracture fixation splint.
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本文介绍我院研制出的一种新型骨折固定材料—负压式骨折固定夹板的原理、组成、功能及操作方法。 |
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The contents of triglyceride in the pulp were measured by ultraviolet spectrophotometric method.
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本文利用过氧乙酸联合过氧化氢、柠檬酸对马尾松TMP浆进行处理,紫外分光光度法测定其甘油三酸酯含量,结果表明,经过氧化剂化学法处理后,甘油三酸酯的降解率最高可以达到24%,并且发现柠檬酸具有一定的辅助渗透作用。 |
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This paper discussed the affect of drab pigment on sauce and been sauce,introduced emphasisly on the physiology function of the drab pigment.
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本文论述了褐色色素类黑精在酱油、豆酱等大豆发酵食品中的作用 ,重点介绍了此褐色色素的各种生理功 |
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The emergence of Internet development and diffusion Evidence-base medicine has played an important role.
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本文论述了循证医学的产生原因和定义;循证医学实践步骤和实践过程中应遵循的原则。 |
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Study on the Thermal Radiation Properties of Nanometer Coating;
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本文首先采用浸渍—提拉法在玻璃基底上制备不同材料的纳米涂层。 |
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Also the development trend of detonation gun was put forward,and it was pointed out that detonation gun spraying is a new method to prepare nano-coating.
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本文详细介绍了爆炸喷涂的原理、特点及爆炸喷涂涂层的发展现状 ,并对爆炸喷涂涂层发展趋势作了推测 ,提出纳米涂层是爆炸喷涂涂层的新的发展方向。 |
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This paper describes the use of statistics in the comparative tests on the ability for testing GRP mechanical properties and cites 3 examples to give positive or negative judgement on the agreement of test results by t-test.
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本文叙述了统计学方法在玻璃钢力学性能测试能力比对检验中的应用,通过3个示例以t-检验对结果的一致性进行了肯定或否定的判断。 |
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The clarification effect of pectinase and celluase on pineapple juice was studied and compared.
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本文研究比较了果胶酶和纤维素酶对菠萝汁的澄清效果,确定了各自的最佳工艺参数,并在单因素试验的基础上,通过复合酶的多因素正交试验,获得澄清菠萝汁的最适工艺条件为:果胶酶用量为8。 |
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A study on the effect of silicon on the growth, the anatomical structures and the physiology functions of cucumber seedlings in different water conditions was conducted.
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本文研究了硅对不同水分条件下黄瓜幼苗生长发育、解剖结构和生理功能的影响，探讨了硅增强黄瓜幼苗抗旱性的解剖和生理学机制，分析了硅增强黄瓜幼苗抗旱性的浓度效应。 |
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The abatement of total organic carbon(TOC),in high purity water by using 185nmUV and 254nmUV irradiation was studied.
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本文研究了用185nm UV和254nm UV照射方法降低高纯水中的TOC和废水中五种有机物的TOC,用185nm UV能有效地将高纯水中的TOC降低到(≤0。 |
