• 目的比较不同包埋材料适合影响

    Objective To compare the effect of different investment materials on the fit of titanium castings.

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  • 目的比较不同包埋材料钛表面反应结构影响

    Objective To compare with the effects of different investment materials on the reaction layer structure of the titanium casting.

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  • 目的比较不同包埋材料包埋方法铸造铬合金收缩影响

    Objective To compare the influence of different investment materials and methods on the cast shrinkage of full crowns made of Co-Cr alloys.

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  • 明胶为包埋材料,戊二醛交联固定化产碱菌所产酸性脲酶

    Acid urease of Alcaligenes faecalis was immobilized onto the gelatin crosslinked with glutaraldehyde.

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  • 结论不同包埋材料铸造收缩影响不同,包埋铸造收缩小于包埋

    Conclusion the influence of different investment materials on the cast shrinkage is different. The cast shrinkage invested without ring is smaller than that with ring.

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  • 发明公开了一采用聚乙烯醇复合凝胶作为包埋材料厌氧菌菌株连 续培养方法

    The invention discloses a continuous culture method for anaerobic strains which take polyvinyl alcohol complex gel as embedding material.

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  • 降解高聚物材料包埋药物起到缓释效果,通过控制粒径可实现靶向

    Degradable high polymer material can be used for controlled drug delivery systems to embed bioactive agents and drugs for the purpose of controlled release and target delivery.

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  • 本文以海藻酸聚乙烯醇材料包埋固定化细胞

    Sodium alginate and polyvinyl alcohol were used as the carriers to immobilize cells.

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  • 研究月季、洋桔梗硫华菊试验材料运用真空冷冻干燥法、干燥法对其干燥方法进行了研究。

    In this thesis, a number of experimental had been performed on Rosa hybrida, Eustoma grandiflorum and Cosmos sulphurens, using the technique of vacuum freeze-drying and embedding drying.

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  • 材料方法利用耳蜗、耳蜗树脂包埋半薄切片及耳蜗扫描电镜观察爆震前后FMMU白化豚鼠杂色豚鼠耳蜗结构变化

    Methods We studied the cochlear structure changes of FMMU albino guinea pigs and pigmented ones by using cochlear pave section, cochlear semithickness section and scanning electron microscope.

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  • 固定化颗粒传质试验固定化细胞耐毒性试验,说明聚乙烯醇一种对基质质效果,且保护细胞活性免受水中毒性物质毒害良好的包埋固定化材料

    Experiment results showed that, PVA is a good kind of entrapping agent in the diffusion and it can protect the activity of microbial cell from the toxic.

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  • 本文裙带菜配子体为实验材料,用包埋脱水法进行超低温低温保存

    This test studied the cryopreservation and usual preservation of gametophytes of Undaria pinnatifida.

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  • 本文裙带菜配子体为实验材料,用包埋脱水法进行超低温低温保存

    This test studied the cryopreservation and usual preservation of gametophytes of Undaria pinnatifida.

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