OPSA :: Volume #4 星辰大海

#1132: Strange red dwarf star


LNMTL needs user funding to survive Read More

Enters Norma 61 seventh day. 进入矩尺座61的第七天。 „The 7 th day surveyed the scan result, the life responded: Does not have ; Logical signal: Does not have......” “第七日探测扫描结果,生命反应:无;逻辑性信号:无……” The survey group starts routine to report the work, but the result and was almost exactly the same couple days ago, without life sign, does not have the logical signal. 探测组开始例行汇报工作,但结果和之前几天几乎一模一样,没有生命迹象,也没有逻辑性信号。 The meaning of logical signal, is examines whether has the intelligent species launch the electronic signal. 逻辑性信号的意思,就是检测是否存在智慧物种发射的电子信号。 Has the electronic signal of logic, with the signal of no logic, has the significant difference, so long as the examination can know slightly. 有逻辑的电子信号,与无逻辑的信号,有着明显的区别,只要略微检测就可以知道。 My several days, the fleet has been tracing the Pallese Civilization activity trace , from the direction, is close to the Norma 61 red dwarf stars slowly.” “我几天,舰队一直在追踪帕勒塞文明的活动痕迹,从方向上看,正在慢慢接近矩尺座61的红矮星。” From observed display, the temperature and brightness of this red dwarf star, compares the normal red dwarf star to be lower, is not a little normal?” Fang Yuan looked at a while data, turns the head to look to Lang Xiaonian, hopes that can obtain the reasonable explanation in astronomy. “从观察到的信息显示,这颗红矮星的温度和亮度,都比正常的红矮星更低,是不是有点不正常?”方源看了一会儿数据,转头看向郎小年,希望可以得到天文学方面的合理解释。 The Lang Xiaonian nod replied: „ Truly, the temperature and brightness of this red dwarf star, extraordinary low, must lower a lot compared with the normal red dwarf star. 郎小年点头答道:“确实,这颗红矮星的温度和亮度,都出奇的低,比正常的红矮星要低得多。 From the spectroscopic analysis, the surface temperature of this red dwarf star only has 2000 degrees, even is lower. “从光谱分析来看,这颗红矮星的表面温度只有2000度,甚至更低一些。 Analyzes from the astronomy angle, considering Norma 61 possibly is a ancient battlefield, but all planets in star system were destroyed. “从天文学角度来分析,考虑到矩尺座61可能是一个古战场,而恒星系里的所有行星都被摧毁。 However the Norma 61 red dwarf stars should also be a destroyed star evolve. “而矩尺座61红矮星应该也是一颗被摧毁的恒星所演变而成。 According to my speculation, the Norma 61 red dwarf stars, should be a quality is bigger than several times of stars Sun. “根据我的推测,矩尺座61红矮星,原本应该是一颗质量比太阳大几倍的恒星。 „ After being destroyed, after explosion, quality distribution star system each corner. “被摧毁之后,经过爆炸,质量分布到了恒星系的各个角落。 Even part of qualities were robbed by neighboring star system, naturally this process could use for ten thousand years to be the unit calculates. “甚至一部分质量被相邻的恒星系抢走,当然这个过程可能要用万年为单位来计算。 After the large explosion ended, after the war goes far away, Norma 61 star system start to cool. “在大爆炸结束之后,战争远去之后,矩尺座61恒星系开始冷却下来。 „ The broken star of central location, is unable to maintain the scale of A star, but the residual quality is quite big. “中心位置的残破恒星,无法维持A型恒星的规模,但残留的质量还是比较大的。 Even if the large explosion caused the qualities of Norma 61 stars to reduce 90, but the remaining 10 qualities, still enough got together a star. “即便大爆炸导致矩尺座61恒星的质量减少了90,但剩下的十质量,也足够重新聚合成一颗恒星。 Therefore, after the large explosion ended, the materials of Norma 61 central locations under the function of attraction, get together, formed the present red dwarf star. “因此,在大爆炸结束之后,矩尺座61中心位置的物质在引力的作用下,重新聚合起来,形成了现在的红矮星。 At first this red dwarf star, possibly be only 1/10 solar masses, through swallow the material that in star system the large explosion leaves behind unceasingly, the quality increases to the present scale slowly, probably is 0.2 time of solar masses. “起初这颗红矮星,可能只有十分之一太阳质量,通过不断吞噬恒星系内大爆炸留下的物质,质量慢慢增大到现在的规模,大概是0.2倍的太阳质量。 This process, likely continues for several hundred thousand years. “这个过程,可能继续几十万年时间。 According to the research of astronomy to Lord foreword star, the star of 0.2 time of solar masses, the surface temperature should be 3200 degrees. “按照天文学对主序星的研究,0.2倍太阳质量的恒星,表面温度应该是3200度。 But this red dwarf star, the temperature than expected is truly low, moreover is lowers a lot. “但这颗红矮星的,温度确实比预计的要低,而且是低得多。 Should have some reason, caused this result. “应该是有某种原因,导致了这个结果。 According to my guess, may be the fusion material differently cause.” “根据我的猜测,极有可能是聚变物质不同导致的。” Lang Xiaonian explained here, took a fast look around the people, did not determine that must continue. 郎小年解释到这里,扫视一下众人,不确定要不要继续说下去。 Because continued words that must involve, more specialized astrophysics knowledge. 因为继续说下去的话,就要涉及到,更专业的天体物理学知识了。 Continue.” “继续。” Fang Yuan wants to listen to the answer, lifted raised the hand to refer, making him continue. 方源想要听答案,抬了抬手指,让他继续。 Good, must explain that my results analysis, that needs first to explain, the quality and star of Nuclear Fusion star type......” “好,要解释我的分析结果,那就需要先解释,恒星的质量与恒星核聚变的类型……” Lang Xiaonian on the large screen, emits in a star the thermonuclear reaction data sheet, then explained: „ We can look from the table, the star has the heat because of Nuclear Fusion. 郎小年在大屏幕上,放出一张恒星内部热核反应数据表,接着解释道:“从表上我们可以看得出来,恒星产生热量是因为核聚变 But the material of fusion is different, from process of thermonuclear reaction. “但聚变的材料是不同的,从热核反应的过程来看。 First is the hydrogen conducts the thermonuclear reaction, this reaction process will produce the helium. “首先是氢元素进行热核反应,这个反应过程会产生氦。 „, Is the helium element conducts the thermonuclear reaction. “紧接着,是氦元素进行热核反应。 Again then, is the carbon element thermonuclear reaction “再接着,是碳元素热核反应 Behind is the oxygen and silicon...... “后面是氧、硅…… To the iron, achieves the thermonuclear reaction the end point. “一直到铁,才达到热核反应的终点。 Therefore, in the thermonuclear reaction, we said often, the iron element is the stablest element. “因此,在热核反应中,我们常常说,铁元素是最稳定的元素。 Because, in the periodic table, placed the iron element beforehand element, has Nuclear Fusion, release energy. “因为,元素周期表上,排在铁元素之前的元素,发生核聚变,都会释放能量。 But, after iron, the situation changed. “但是,到了铁之后,情况就发生变化了。 In the periodic table, placed the iron following element, has Nuclear Fusion, needs the absorbed energy. “元素周期表上,排在铁后面的元素,发生核聚变,是需要吸收能量的。 No mistake, the element that the iron is heavier, having Nuclear Fusion needs the absorbed energy, but fission release energy. “没有错,比铁重的元素,发生核聚变是需要吸收能量的,而裂变才会释放能量。 Arranges at the iron front element is happen to opposite, the fusion release energy, wanting the fission to need the absorbed energy. “排在铁前面的元素正好相反,聚变释放能量,想要裂变需要吸收能量。 Naturally in the nature, is almost impossible to conduct the nuclear reaction of expended energy, this also causes the iron not to have the means fusion, became the star death end point. “当然在自然界中,几乎不可能进行消耗能量的核反应,这也就导致铁没办法聚变,成了恒星死亡的终点。 But, not all stars, can conduct the complete thermonuclear reaction, gathers to turn into the iron element until all elements. “不过,并不是所有的恒星,都能进行全部的热核反应,直到所有元素都聚变成铁元素。 Because, starts from the hydrogen, the condition that each Level 1 thermonuclear reaction, needs to achieve is harsher. “因为,从氢元素开始,每一级热核反应,所需要达到的条件就越苛刻。 This condition only then, that is the quality. “这个条件就只有一点,那就是质量。 Wish makes the helium element have the thermonuclear reaction, the lowest request is 0.5 time of solar masses. “想要让氦元素发生热核反应,最低的要求是0.5倍太阳质量。 In other words, if a star, wants to have the helium element thermonuclear reaction, then its quality at least needs to be the solar mass half. “也就是说,如果一颗恒星,想要发生氦元素热核反应,那么它的质量至少要达到太阳质量的一半。 However, now the qualities of Norma 61 red dwarf stars only then 0.2 time of solar masses, this red dwarf star is unable to conduct the helium element thermonuclear reaction i.e . “然而,现在矩尺座61红矮星的质量只有0.2倍太阳质量,也就是说这颗红矮星是无法进行氦元素热核反应的。 However, the Norma 61 stars, were a quality were once bigger than Sun much stars, in other words this star, before being destroyed, can conduct the helium thermonuclear reaction. “然而,矩尺座61的恒星,曾经是一颗质量比太阳大得多的恒星,也就是说这颗恒星,在被摧毁之前,是可以进行氦热核反应的。 Therefore, I speculated, the materials of Norma 61 red dwarf stars, before the large explosion, the fusion had had many helium, carbon and silicon...... “因此,我推测,矩尺座61红矮星的物质,在大爆炸之前,就已经聚变出了很多氦、碳、硅…… Now the quality only remains 0.2 time of solar masses, the formed helium, carbon and silicon are unable the fusion. “现在质量只剩0.2倍太阳质量了,已经形成的氦、碳、硅无法聚变。 Only is left over the small part the hydrogen to continue to conduct the thermonuclear reaction, finally causes the surface temperature of this red dwarf star to be lower than the normal red dwarf star. “只剩下小部分的氢继续进行热核反应,结果导致这颗红矮星的表面温度比正常的红矮星要低。 In some sense, we can this red dwarf star, be regarded as a very old red dwarf star, even has been close dead. “某种意义上来说,我们可以将这颗红矮星,看做是一颗非常苍老的红矮星,甚至已经接近死亡。 However, in the normal condition red dwarf star, the life span must be longer than the universe, normally, is not possible to produce the so old red dwarf star.” “然而,正常情况下的红矮星,寿命比宇宙还要长,正常情况下,是不可能产生如此苍老的红矮星的。” Lang Xiaonian spoke own analysis, although did not have the evidence to show that temporarily this deduction was correct, but analyzed from astrophysics, this deduction possibility was enormous. 郎小年将自己的分析讲出来,虽然暂时没有证据能证明这个推论是正确的,但从天体物理学方面解析,这个推论可能性极大。 After listening, the people on the scene feel somewhat surprisedly, has not thought in destroyed star system, will present the so strange star unexpectedly. 听完之后,在场众人都感觉有些惊讶,没想到一个被摧毁的恒星系里,竟然会出现如此奇怪的恒星。 After peaceful for a long time, Han Youwei lifted the hand, said: „ I also a little must supplement, Pallese Civilization obtained three characteristics abilities from here. 安静许久之后,韩幼薇抬了抬手,道:“我还有一点要补充,帕勒塞文明从这里得到了三个特性能力。 Analyzes from the normal logic, usually can have the characteristics ability generally is the life body. “从正常逻辑来分析,通常能够存在特性能力的一般都是生命体。 Therefore, I thought that Norma 61 possibly has the life body to exist, or is the life body fossil and characteristics vessel under ancient battlefield wreckage preservation.” “所以,我觉得矩尺座61可能有生命体存在,又或者是生命体化石、古战场残骸保存下的特性容器。”
To display comments and comment, click at the button