1) non-one type
非1型
1.
In order to make the solution of non-zero type and non-one type logic equations F = G varied and easy,this topic gives a necessary and sufficient condition of logic equationF = G,which comes up with a method to change logic equationF = G into zero type or one type logic equation and corresponding consequence,and gives their proofs.
为了使解非0型、非1型的逻辑方程F=G更加灵活、多样化,给出了F=G成立的充要条件,将逻辑方程F=G化为0型或1型逻辑方程的方法和相应的推论,并给予证明。
2.
In order to make the solution of non-zero type and non-one type logic equations F=G varied and easy,this paper advances some theories on the relations among solution sets of logic equations F=G,F+=1,F·=1;and puts foward the method to change logic equation F=G into zero type or one type logic equation and corresponding consequences;and gives their proofs.
为了使解非0型、非1型的逻辑方程F=G更加灵活、多样化。
3.
In order to make the solution of non-zero type and non-one type logic equation F=G varied and easy,this topic gives some theories about the relations among solution sets of logic equationsF=G、F+G=1、FG=1 and corresponding consequences,and gives their proofs.
从而可应用结论解非0型、非1型和某些有关的逻辑方程。
2) non-zero type and non-one type
非0非1型
1.
For the varied and easy solution to the logic equational group,this paper gives the necessary condition to establish the logic equational group made up of zero-one type and non-zero type and non-one type logic equations,and also gives the method to change the logic equational group into zero type and one type logic equations.
为了使解逻辑方程组灵活、方便、多样化,文章给出了由0-1型与非0非1型逻辑方程构成的逻辑方程组成立的充要条件、化逻辑方程组为0型或1型逻辑方程的方法,得到了若两个0型逻辑方程的解集分别为S1、S2,则逻辑方程组的解集为S1+S2;若两个1型逻辑方程的解集分别为S3、S4,则逻辑方程组的解集为S3+S4的结论。
3) non-receptor type 1
非受体1型
4) SnRK1 complex
蔗糖非发酵-1-型相关蛋白激酶-1
1.
SnRK1 complex plays a key role in carbon and nitrogen metabolisms of modle plants.
模式植物研究发现蔗糖非发酵-1-型相关蛋白激酶-1在植物碳氮代谢过程中有关键性开关的作用,为探讨SnRK1(蔗糖非发酵-1-型相关蛋白激酶-1)在果树碳氮代谢中的分子生物学功能,以水培平邑甜茶幼苗为试材,克隆蔗糖非发酵-1-型相关蛋白激酶-1的α和βγ亚基的编码基因,同时采用实时荧光定量PCR研究α和βγ亚基的编码基因表达量的变化,并构建α亚基的编码基因MhSnRK1的正、反以表达载体,成功转化番茄,初步研究了其生理生化功能,主要结果如下:1。
5) type 1
1型
1.
Reassessment of the control state for type 1 diabetes mellitus in children and adolescents;
对儿童青少年1型糖尿病代谢控制状况的再评估
2.
Tea polysaccharide prevents type 1 diabetes mellitus in nonobese diabetic mice;
茶多糖对NOD小鼠1型糖尿病的预防作用
3.
Application of glucosidorum tripterygii tororum as an immune intervention therapy in patients with type 1 diabetes mellitus;
雷公藤多甙用于1型糖尿病患者的免疫干预治疗
6) 1∞ type
1∞型
补充资料：非补偿型决策模型
非补偿型决策模型
non-compensatory decision model
非补偿型决策模型(n()n一eompensatorydecisionn、odel)有关消费者购买活动的一种理论。它认为产品的各个属性相互独立，不能互相补偿。该模型的决策法则有三:其一，消费者在各有关维度土都有一截点，在临界水平之下者被排除在考虑之外;其二，每 一维度都达到临界水平的备择物将被考虑;其三，以相对重要性将产品特性排序，在最重要的维度上进行产品比较，选定此维度最好者为最后的购买对象。若比较结果有儿个相同者，再在次要维度上进行比较，直到择优录取。 (张玉峰撰马谋超审)
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