1) entire chromatic number
完备染色
1.
The entire chromatic number xvef (G) of a planar graph G is the minimal number of colors needed for coloring the vertices, edges and faces of G such that no two adjacent or incident elements receive the same color.
对平面图G的完备染色，是指对的G每个顶点、每条边和每个面均染上一种颜色，使得相邻的顶点、边和面染不同的颜色；完备色数X_(vef)(G)是对图G的进行完备染色的最小色数。
2) complete chromatic number
完备色数
1.
In this paper, it has been proved that the complete chromatic number of maximum outerplanar graphs with △=6 is 7.
证明了最大度为6的极大外平面图的完备色数为7。
2.
In this paper, we provedthat if G is an open outerpanar graph with Δ(G)≥6 then Xc(G)= Δ(G)+1, whereXc(G) is the complete chromatic number of G and Δ(G)the maximum degree of verticesof G.
平面图Ｇ（Ｖ，Ｅ，Ｆ）的完备色数Ｘｃ（Ｇ）是使得集合Ｖ（Ｇ）∪Ｅ（Ｇ）∪Ｆ（Ｇ）中的相邻点，相邻边、相邻面、相关联的点边、相关联的点面及相关联的边面均染为不同颜色的最少颜色数，一个无割点的外平面称为开外平面图，如果它的每一个内面的边界至少含一条外边。
3) entire coloringi
完备着色
4) dyeing equipment
染色设备
1.
The main elements to influence Dyeing quality of package dyed yarn are detailedly introduced from the aspects of cheese shaping,winding density,dyeing equipment,water quality and dyestuffs purity.
从筒子纱的成形、染色设备、水质、染料纯度几方面对影响筒子纱染色质量的主要因素做了详细的介绍。
5) perfect total coloring
完美全染色
6) chromosome preparation
染色体制备
1.
Objective: To investigate the method of chromosome preparation of tumor cells and bio-engineering cells mutated by outer space, and to analyze the abnormal changes of number and structure of chromosomes.
目的:摸索空间环境诱变后肿瘤细胞和生物工程细胞的染色体制备方法,分析染色体数目、结构的异常变化。
2.
The effects of sucking different amounts of cytoplasm and with or without the first polarbody as indication during enucleation on the enucleation rate in the mouse oocyte were stud-ied by means of McGrath and Solter s technique for enucleation and a modified technique forchromosome preparation.
用 McGrath 和 Solter 的去核方法和改进的胚胎染色体制备技术,研究小鼠卵母细胞去核的基本方法及吸出的胞质量和极体的有无对去核率的影响。
补充资料：染色与非染色剂量计
分子式：
CAS号：
性质：利用染色和非染色塑料光密度的辐射诱导变化测定剂量。目前它是一种流行、方便的常规剂量计，所测定的剂量范围在1kGy～1MGy之间。一些材料比如PMMA，PVC，PC等被用于该种剂量计。
CAS号：
性质：利用染色和非染色塑料光密度的辐射诱导变化测定剂量。目前它是一种流行、方便的常规剂量计，所测定的剂量范围在1kGy～1MGy之间。一些材料比如PMMA，PVC，PC等被用于该种剂量计。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条