查询词典 G. I.

In the third chapter, we shall define the concepts of the adjacent vertex distinguishing incidence coloring and the adjacent vertex distinguishing incidence chromatic number of graphs: For graph G, let Q_u={|u"∈N}U{|u∈N},σ: I→C is a k- incidence coloring of graph G, C_u denotes the set of colors assigned to Q_u.

在第三章中我们将定义图的邻点可区别关联着色及邻点可区别关联色数：对图G，设Q_u={|u"∈N}∪{|u∈N}，σ：I→C为图G的k-关联着色，C_u表示着在Q_u上的色集。

Suppose C is a Graph with k loops andf: G 梸- G is a continuous map with at least a peri- odic point. We prove the following three conditions are equivalent:(1) f is equicontinuous;(2) One of the following End + 2k + 1 conditions holds: in FJm.~0(E~+2L!= flJ1,m = l,2,挃,End J=1 + 2k; 1 0 = flf is a ioop on Gandf I~:0?- 0 is conjugate j=1 to a rational rotation;(3) One of the following End + 2k + 1 conditions holds: k m Lfl.m/~oE~(G+2i!~ is uniformly convergent, m = 1,2,,End+2k; n There is a poistive integer number n,~~~ is uniformly convergent.

假设G是含有k个圈的图，f是G到自身上的连续映射，并且至少有一个周期点，我们证明了下列三条陈述是等价的：（1）f是等度连续的；（2）下列End+2k+1个条件之一成立： m）F l）O=是G的一个圈，且fl_o：O→O共轭于一个有理旋转；（3）下列End+2k+1个条件之一成立： m）是一致收敛的，m=1，2，…，End+2k； l）存在某个正整数n，是一致收敛的。

X, s. t. g≤0(i=1, 2,…, m), where x∈R and ? g: R→R are twice continuously differentiable convex function.

x，s.t.g≤0(i=1， 2，…， m)，其中，x∈R；f，g：R→R为二次连续可微凸函数。

Let 〓, then:(1)〓, i∈G (2)〓,〓, i∈G The economic meaning of the theorem is that the change of the supply is reverse with the change of the price, the changing rate of the i-th price equals the inverse number of the changing rate of k〓, and the sum of the effect of P〓 to k〓 and the effect of P〓 to c〓 which is weighted by P〓 is 0, i∈G.

定理2.8：(1)〓，i∈G (2)〓，i∈G 此定理的经济含义是任一种产品供给量的变动与该种产品价格的变动呈反向关系；第i种产品价格的变动率等于k〓变动率的相反数，P〓对k〓变化的效应与P〓对c〓变化的效应以P〓加权后的和为0，i∈G。

For any two vertices u and v of a graph G, a u-v geodesic is the shortest path between u and v. The set I consists of all vertices lying on a u-v geodesic. For SV, I is the union of all sets I for vertices u, v∈S. The geodetic number g is the minimum cardinality among the subsets S of V with I=V.

对于图G内的任意两点u和v，u-v测地线是指在u和v之间的最短路。I表示位于一条u-v测地线上所有点的集合，对于SV，I表示所有I的并，这里u，v∈S，G的测地数g是使I=V的最小点集S的基数。

System.out.println("a.length="+ a.length); System.out.println("b.length ="+ b.length);// The handles inside the array are // automatically initialized to null: for(int i = 0; i nbsp;b.length; i++) System.out.println; System.out.println("c.length ="+ c.length); System.out.println("d.length ="+ d.length); a = d; System.out.println("a.length ="+ a.length);// Java 1.1 initialization syntax: a = new Weeble { new Weeble, new Weeble }; System.out.println("a.length ="+ a.length);// Arrays of primitives: int e;// Null handle int f = new int[5]; int g = new int[4]; for(int i = 0; i nbsp;g.length; i++) g = i*i; int h ={ 11, 47, 93 };// Compile error: variable e not initialized://!

句柄。此时，编译器会禁止我们对这个句柄作任何实际操作，除非已正确地初始化了它。数组b被初始化成指向由Weeble句柄构成的一个数组，但那个数组里实际并未放置任何Weeble对象。然而，我们仍然可以查询那个数组的大小，因为b指向的是一个合法对象。这也为我们带来了一个难题：不可知道那个数组里实际包含了多少个元素，因为length只告诉我们可将多少元素置入那个数组。换言之，我们只知道数组对象的大小或容量，不知其实际容纳了多少个元素。尽管如此，由于数组对象在创建之初会自动初始化成null，所以可检查它是否为null，判断一个特定的数组&空位&是否容纳一个对象。类似地，由基本数据类型构成的数组会自动初始化成零、null或者false。

They need to say to themselves, 'OK, I'm going to play a G-major scale, I'm going to start on the G string, I'm going to play all the way up to the E string, then I'm going to play a simple piece, maybe a slow piece, and then I'm going to play a fast piece.

他们应该对自己说：'好的，我要拉一下G大调音阶，我要从G弦开始拉，我要一直拉到E弦，然后我要演奏一首简单的曲子，可能是一首慢的曲子，然后我再拉一首快的曲子。

The prediction equations of nutritional requirements about digestible energy, metabolizable energy, digestible crude protein, and protein deposited for stall-feeding growing crossbred Boer goats were:DE, kJ/d=588.31W0.75 9.25W 879.9 r=0.5712, p=0.013ME, kJ/d=482.42W0.75 7.57AW 721.57 r=0.5713, p=0.013DCP, g/d=(0.03AW 1.27) W0.75 r=0.9869, p=0.0131 PD, g/d=(0.03W 0.03) W0.75 r=0.9993, p=0.0007 When the average daily gain stage is from 0 to 200g/d,for the stall-feeding growing crossbred Boer goats, aged at 3~6 months, Metabolic rate of gross energy of the diets is 0.55; digestibi I ity of crude protein is 0.56; The protein requirement of per live weight gain for meat goats is 0.31 g PD/g gain .

舍饲波杂肉羊生长期消化能、代谢能、可消化粗蛋白质、沉积蛋白质需要量的估测模型分别为： DE，kJ／d=588.31W~(0.75) 9.25△W 879.9 r=0.5712，p=0.013 ME，kJ／d=482.42W~(0.75) 7.57△W 721.57 r=0.5713，p=0.013 DCP，g／d=(0.03△W 1.27)W~(0.75) r=0.9869，p=0.0131 PD，g／d=(0.03△W 0.03)W~(0.75) r=0.9993，p=0.0007 3～6月龄舍饲生长期波杂肉羊增重范围为0～200g／d时，日粮总能代谢率平均为0.55，粗蛋白质的消化率平均为0.56；每增重1g体沉积蛋白质需要量为0.31g。

The result in this part also accorded to that of HPLC in the second chapter(The totle content of uridine、hypoxanthosine、guanosine、adenosine in the counterfeits and adulterations was lower than 1.99mg/g, the content of adenosine was lower than 0.44 mg/g).

混淆品及伪品中I 、II、III、V四个核苷的总量介于1.219 mg/g～1.803 mg/g，V的含量介于0.364 mg/g～0.423 mg/g，与第二章高效液相的研究结果吻合（混淆品及伪品四个核苷成分的总量小于1.99 mg/g，V的含量小于0.44mg/g）。

The result in this part accorded to that of HPLC in the second chapter(The totle content of uridine、hypoxanthosine、guanosine、adenosine in Cordyceps sinensis .was higher than 2.50mg/g, the content of adenosine was higher than 0.75 mg/g). The totle content of uridine、hypoxanthosine、guanosine、adenosine in the counterfeits and adulterations was from 1.219 mg/g to1.803mg/g ,the content of adenosine was from 0.364 mg/g to0.423 mg/g .

应用HPLC-MS对冬虫夏草及其混淆品与伪品进行二级质谱定量分析，结果显示，冬虫夏草中I 、II、III、V四个核苷的总量介于2.473 mg/g～2.830 mg/g，V的含量介于0.850 mg/g～1.009 mg/g，与第二章高效液相的研究结果吻合（冬虫夏草四个核苷成分的总量大于2.50mg/g，V的含量大于0.75 mg/g）。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。