1) imitating gravel
仿子料
2) bionic coatings
仿生涂料
3) milk-like beverage
仿乳饮料
1.
The stability of milk-like beverage withexpanded waxy corn powder;
膨化糯玉米粉仿乳饮料稳定性研究
2.
In this paper, using special waxy corn juice which produced through α-amylase of high temperature resistant with jujube and lotus seeds, we have made the milk-like beverage and studied its stability, emulsibilify by using orthogonal experiments methods.
以耐高温α-淀粉酶液化的糯玉米汁为主要原料,辅以红枣、莲子等药食两用保健材料,对其制成的仿乳饮料的乳化性和稳定性进行了研究,得到液化糯玉米仿乳饮料最佳辅料配比为:红枣2％,莲子 4％,蔗糖8％,奶粉1％。
4) fabrics like wool
仿毛面料
5) imitated gold
仿金材料
1.
The corrosion resistance and discoloration-resisting properties of nonstoichiometric titanium monoxide in the environment that imitated gold may meet are investigated, and the comparison with conventional imitated gold is made.
研究了非化学计量一氧化钛用作仿金材料可能接触的不同环境中的抗变色和耐腐蚀性能,并与现用仿金材料进行了比较。
2.
Based on determination of the oxygen index value of nonstoichiometric titanium monoxide, its color and variational regularity with its oxygen index were investigated, and the advantages of color between titanium monoxide and conventional imitated gold were compared.
在确定非化学计量一氧化钛氧指数范围的基础上,研究了其颜色及其随氧指数的变化规律,并比较了其颜色与现用仿金材料之间的优劣。
3.
Preparation processes and properties of Fe-25%Cr-Si/TiO cermets imitated gold by P/M technique were investigated.
研究了粉末冶金法制备Fe25%Cr Si/TiO金属陶瓷仿金材料的工艺及材料性能。
6) biomimetic materials
仿生材料
1.
The research and recent development of the structure characteristic of shell nacre and some kinds of natu- ral hiomaterials and the corresponding structure biomimetic materials are reviewed.
综述了贝壳珍珠层、蛛丝结构、竹材外密内疏结构、植物的根部网状结构以及骨骼哑铃型结构等天然生物材料的结构特征及其相应的仿生材料近年来的研究进展,展望了结构仿生材料的应用前景。
2.
The recent development of the structure characteristics of natural biomaterials, such as shell nacre, gossamer, bamboo, bone, yearly ring of the tree, network of the root of the phyton and the corresponding structure biomimetic materials was reviewed.
综述了贝壳珍珠层、蛛丝结构、毛竹外密内疏结构、骨骼哑铃型结构、植物的根部网状结构以及木材的年轮结构等天然生物材料的结构特征及其相应的仿生材料近年来的研究进展;展望了结构仿生材料的前景,认为应对现有生物体的结构特征与其性能的相关性进行进一步的研究,并对已经解析的结构从不同的角度构筑模型,在实际应用中寻找模型和仿生材料设计的结合点,以推动仿生材料学的发展。
补充资料：法师子仿《佛祖统纪》
【法师子仿《佛祖统纪》】
法师子仿。吴兴人。赐号普照。早依净觉。嵩明教据禅经作定祖图。以付法藏斥为可焚。师作祖说以救之。又三年。嵩知禅经有不通。辄云传写有误。师复作止讹以折之。其略有曰。契嵩。立二十八祖。妄据禅经。荧惑天下。斥付法藏为谬书。此由唐智炬作宝林传。因禅经有九人。其第八名达摩多罗。第九名般若密多罗。故智炬见达摩两字语音相近。遂改为达磨。而增菩提二字移居于般若多罗之后。又取他处二名婆舍斯多不如密多以继二十四人。总之为二十八。炬妄陈于前。嵩缪附于后。渎乱正教瑕玷禅宗。余尝面折之。而嵩莫知愧。又据僧祐三藏记传律祖承五十三人。最后名达摩多罗。而智炬取为梁朝达磨。殊不知僧祐所记。乃载小乘弘律之人。炬嵩既尊禅为大乘。何得反用小乘律人为之祖耶。况禅经且无二十八祖之名。与三藏记并明声闻小乘禅耳。炬嵩既无教眼。才见禅字认为己宗。是则反贩梁朝达磨。但传小乘禅法厚诬先圣其过非小
法师子仿。吴兴人。赐号普照。早依净觉。嵩明教据禅经作定祖图。以付法藏斥为可焚。师作祖说以救之。又三年。嵩知禅经有不通。辄云传写有误。师复作止讹以折之。其略有曰。契嵩。立二十八祖。妄据禅经。荧惑天下。斥付法藏为谬书。此由唐智炬作宝林传。因禅经有九人。其第八名达摩多罗。第九名般若密多罗。故智炬见达摩两字语音相近。遂改为达磨。而增菩提二字移居于般若多罗之后。又取他处二名婆舍斯多不如密多以继二十四人。总之为二十八。炬妄陈于前。嵩缪附于后。渎乱正教瑕玷禅宗。余尝面折之。而嵩莫知愧。又据僧祐三藏记传律祖承五十三人。最后名达摩多罗。而智炬取为梁朝达磨。殊不知僧祐所记。乃载小乘弘律之人。炬嵩既尊禅为大乘。何得反用小乘律人为之祖耶。况禅经且无二十八祖之名。与三藏记并明声闻小乘禅耳。炬嵩既无教眼。才见禅字认为己宗。是则反贩梁朝达磨。但传小乘禅法厚诬先圣其过非小
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参考词条