The space mutation is a very effective method to develop new peanut germplasms and useful genes.
太空诱变为开发新的花生种质和有用的基因提供了有效的方法。
In accordance with character of space mutation, improvement method of breeding and enhancing efficiency of breeding have been studied.
同时针对航天诱变的特点，进行了改进育种方法和提高诱变效果的研究。
Space mutation breeding technique, a new breeding technique, incorporates spaceflight technique with modern biotechnological and traditional breeding technique.
空间诱变育种(或航天育种)是航天技术与现代生物技术、常规育种技术相结合的新育种技术。
On the basis of the research of microgravity environment, space radiation on bio sample mutagenesis, the theoretical basis of hi tech breeding with space mutation technique is discussed.
在综述微重力环境、空间辐射等对生物样本的诱变研究成果的基础上，论述了应用空间诱变技术进行高科技生物育种的理论基础。
If you isolate the places where changes occur by severely restricting mutation, you create a much smaller space for errors to occur and have fewer places to test.
如果您通过严格限制改变来隔离变化的发生，那么您为错误的发生制造了更小的空间，需要测试的地方也就更少。
The algorithm includes selection, expansion and mutation operations, expansion is used for local search and mutation is used for global search in solution space.
算法包括选择、扩展和突变操作，扩展和突变操作分别在解空间中局部和全局范围内搜索最优解。
In this algorithm, real chromosomes were inversely mapped to Qbits in the solution space. Qbits probability guided real cross and chaos mutation were used to real chromosomes evolution and searching.
该算法在解空间内将实数染色体通过反向变换映射到量子位，采用量子位概率指导的实数交叉与混沌变异相结合的方法对实数染色体进行演化搜索。
The study on the mechanism of mutation of living things in space showed that strong radiation in space was the main reasons, and the micro-gravity was another important condition for the mutation.
通过对其诱变机理的研究表明：太空的强辐射是生物发生诱变的主要原因；微重力是重要的辅助条件。
The results approved for the first time that we can obtained various Lotus Japonicus mutants through space flight mutation, and mutant frequency was higher, most of the mutations could stable inherit.
研究结果首次证实了百脉根通过航天诱变处理可以得到多种类型的突变体，并且变异频率高、突变可稳定遗传。
This paper is the first time that used space flight mutation to deal with the Lotus Japonicus seeds in domestic, and go on research after back to the earth through planting and mutant selection.
本论文是国内首次利用航天诱变的方法对百脉根进行处理，并进行返地后种植、筛选突变体的研究。
This paper is the first time that used space flight mutation to deal with the Lotus Japonicus seeds in domestic, and go on research after back to the earth through planting and mutant selection.
本论文是国内首次利用航天诱变的方法对百脉根进行处理，并进行返地后种植、筛选突变体的研究。
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