求可见光各波长颜色光的专业英语表示，就是红橙黄绿蓝靛紫的英文说法

白沙_kg矽标o 2012-08-18 08:15:30 365 浏览

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新北方极地1 2012-08-19 00:00:00

red， orange， yellow， green， blue， indigo， purple

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小诺子啊 2017-09-02 18:33:55

颜色词中英文： red 红 orange橙 yellow黄 green绿 blue蓝 indigo靛 purple紫 Cyan 青绿 Magenta 品红 Yellow 黄 pink 粉红色 salmon pink 橙红色 baby pink 浅粉红色 shocking pink 鲜粉红色 brown 褐色，茶色 beige 灰褐色 chocolate 红褐色，赭石色 sandy beige 浅褐色 1.按光波波长分类汉语：红橙黄绿蓝靛紫英语：red， orange， yellow， green， blue， indigo， purple 2.primary colours （三原色） 1）光的三原色： R(红Red)， G(绿Green)， B(蓝 Blue) 2）颜料三原色： C(青绿Cyan) ， M(品红Magenta)， Y(黄 Yellow)

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热门问答

求可见光各波长颜色光的专业英语表示，就是红橙黄绿蓝靛紫的英文说法:

可见光各波长颜色光的专业英语有哪些表示？:

各色光的波长是多少？:

可见光的波长各是多少？:

七色光的波长各是多少》？:

因为太阳辐射的可见光中，波长较短的蓝色光Z容易被反射。:

各种可见光的波长各是多少？:

可见光的波长范围是多少？七色光的波长范围分别是多少？:

可见光的波长范围是多少？七色光的波长范围分别是多少？:

橘红色光的波长是多少:

离心玻璃棉的英文说法？: 就是不知道“离心”对应的英文怎么说，玻璃棉应该是“glass wool”

为什么蓝色光散射能力强?:

可见光的波长范围是多少？:

各种可见光的波长各是多少？如白光、蓝光、兰光等:

请问可见光的波长范围?不可见光的波长范围?: 不可见光都有哪些?(越多越好)

白色光的波长和频率是多少:

化工专业英语求翻译: Hollow polymeric spheres have been attracting increasing interest because of their potential applications， which range from targeted drug delivery to advanced functional materi- als.[1，2] Because of their hollow core structure， such poly... Hollow polymeric spheres have been attracting increasing interest because of their potential applications， which range from targeted drug delivery to advanced functional materi- als.[1，2] Because of their hollow core structure， such polymeric spheres can encapsulate large quantities of guest moleculesÐ especially those spheres with functionalities within the empty coreÐand release them at a later stage in a controlled man- ner. Although hollow polymeric spheres with dimensions in the micrometer and submicrometer regions are readily con- structedÐby layer-by-layer deposition of polyelectrolytes onto a template core，[3±6] polymerizing monomers in lipid vesi- cles，[7，8] emulsion polymerization，[9，10] pH-induced micelliza- tion of a grafted copolymer，[11] and by the assembly of posi- tively charged polyelectrolytes and negatively charged nanoparticles[12]Ðthe synthesis of hollow spheres 100 nm or less in size has only recently become the subject of research activity. Several different routes， such as the self-assembly of block copolymers in a selective solvent，[13，14] the deposition of polyelectrolytes on a decomplexable or soluble core，[15，16] and microemulsion (as well as miniemulsion) polymerization，[17，18] have been developed to form hollow polymeric nanospheres. Although some of these methods have been quite successful， these strategies require the core templates to be removed in order to create a hollow interior， or need large quantities of surfactants to form nanosized micelles. Furthermore， although the majority of the proposed applications of hollow nano- spheres or nanocapsules are concentrated in the biomedical field， most of the hollow polymeric spheres described to date are ill-suited for such purposes. Therefore， materials (in par- ticular for the surfaces of the hollow nanospheres) that are biocompatible， non-toxic， and sometimes also biodegradable， are highly desirable. Herein， we demonstrate a simple and di- rect method for fabricating hollow polymeric nanospheres with biocompatible and biodegradable macromolecules. In this approach， hollow polymeric nanospheres were formed in a completely aqueous system without the aid of surfactants，展开