新疆大学学报(自然科学版)
新疆大學學報(自然科學版)
신강대학학보(자연과학판)
XINJIANG UNIVERSITY JOURNAL(NATURAL SCIENCE EDITION)
2013年
3期
323-328
,共6页
阿布都沙塔尔·库尔班%艾力·伊沙木丁%尼加提·多力坤
阿佈都沙塔爾·庫爾班%艾力·伊沙木丁%尼加提·多力坤
아포도사탑이·고이반%애력·이사목정%니가제·다력곤
脉冲星%消零脉冲星%相关性
脈遲星%消零脈遲星%相關性
맥충성%소령맥충성%상관성
pulsar%nulling pulsar%correlation
本文主要以110颗消零脉冲星为样本进行了统计分析并研究了脉冲星的消零比与光度、自转能损失率之间的相关性问题.采用的方法是比较法和相关性分析法.我们得到的结果是光度与消零比的关系的相关系数和显著性分别为r=-0.413和P=0.000<0.05,表明消零比和光度呈负相关的,这种相关性是很显著的.自转能损失率与消零比关系的相关系数和显著性分别为r=-0.373和P =0.000<0.05,表明消零比和自转能损失率也是负相关的,这种相关性还是比较显著的.本研究的结论是消零脉冲星的光度随着消零比的增加而减小,消零比随着它们自传能损失率的减少而增加.
本文主要以110顆消零脈遲星為樣本進行瞭統計分析併研究瞭脈遲星的消零比與光度、自轉能損失率之間的相關性問題.採用的方法是比較法和相關性分析法.我們得到的結果是光度與消零比的關繫的相關繫數和顯著性分彆為r=-0.413和P=0.000<0.05,錶明消零比和光度呈負相關的,這種相關性是很顯著的.自轉能損失率與消零比關繫的相關繫數和顯著性分彆為r=-0.373和P =0.000<0.05,錶明消零比和自轉能損失率也是負相關的,這種相關性還是比較顯著的.本研究的結論是消零脈遲星的光度隨著消零比的增加而減小,消零比隨著它們自傳能損失率的減少而增加.
본문주요이110과소령맥충성위양본진행료통계분석병연구료맥충성적소령비여광도、자전능손실솔지간적상관성문제.채용적방법시비교법화상관성분석법.아문득도적결과시광도여소령비적관계적상관계수화현저성분별위r=-0.413화P=0.000<0.05,표명소령비화광도정부상관적,저충상관성시흔현저적.자전능손실솔여소령비관계적상관계수화현저성분별위r=-0.373화P =0.000<0.05,표명소령비화자전능손실솔야시부상관적,저충상관성환시비교현저적.본연구적결론시소령맥충성적광도수착소령비적증가이감소,소령비수착타문자전능손실솔적감소이증가.
In this paper, we have sought correlations between the null fraction and luminosity and spindown energy loss rate of pulsar for total sample of 110 radio pulsars. Our methods are comparison method and analysis of correlation technique. Our results are that the correlation coefficient and significance of the correlation between the null fraction and luminosity are r = -0.413 and P = 0.000 < 0.05, respectively. And this suggests that there is a significant anti-correlation between the null fraction and luminosity. The correlation coefficient and significance of the correlation between the null fraction and spindown energy loss rate are r=-0.373 and P =0.000<0.05, respectively. And this suggests that there is a significant anti-correlation between the null fraction and spindown energy loss rate. The conclusion of the study is that the luminosity of nulling pulsar decreases with increasing of null fraction, the null fraction of nulling pulsar increases with decreasing of spindown energy loss rate.