The mass of a star affects surface temperature.
恒星的质量会影响其表面温度。
The color of a star depends on surface temperature.
恒星的颜色取决于它的表面温度。
The brightness of a star depends on its surface temperature and size.
恒星的亮度取决于它的表面温度和大小。
Last month's global average land surface temperature was the fourth warmest on record.
上个月的全球平均地表气温，在有史以来的热榜上位居第四。
These come from surface temperature and pressure records as well as balloon and satellite surveys.
这些观测由地表温度和气压记录以及气球、卫星观测组成。
The surface temperature of a star depends in part on its mass and affects its brightness and color.
恒星的表面温度部分取决于它的质量，并影响它的亮度和颜色。
Massive eruptions can cool the global average surface temperature by several degrees for several years.
因此大规模的喷发能降低全球表面平均温度数度，时间持续数年。
A surface temperature databank like this, and the infrastructure around it, would be a big step forward.
像这样的地表温度数据库和其配套的基础设施也将是一大进步。
They estimated the surface temperature on the new planet at between 400 degrees and 750 degrees Fahrenheit.
据研究人员估计，这颗新发现的行星的表面温度介于400至750华氏度之间。
What that amounts to as a global goal is trying to avoid exceeding global average surface temperature increase of 2c.
这样一种全球目标意味着努力避免2摄氏度以上的全球平均地表温度的增长。
This is not true in oil quenching, when the surface temperature may be high during the critical stages of quenching.
但油淬情况就不是如此，因为油淬时在淬火临界阶段零件表面的温度可能仍然很高。
It's called WISE 1828+2650, and it has a positively comfortable surface temperature of 25 degrees Celsius (80F) -- that's room temperature.
它被命名为WISE 1828+2650，而且它的表面温度相当舒适——只有25摄氏度——就是室温的程度。
Dr Solomon suspects the former, because of the way the relationship between the stratosphere and the sea-surface temperature has changed.
Solomon博士倾向于前者，理由是平流层和海洋表面温度两者关系的改变方式。
Globally, a rise of 1c in sea surface temperature would increase the occurrence of strong storms by about one third, the researchers calculate.
研究者的统计表明，全球范围内海洋表面温度每升高1c，强风暴的发生就会增加大约三分之一。
The global surface temperature is projected to be 0.54c above the long-term average of 14c, beating the current record of 0.52c, which was set in 1998.
2007年全球地表温度预计比长期平均值14摄氏度高出0.54摄氏度，将超过1998年创下的0.52摄氏度的纪录。
With a surface temperature of 66, 000 degrees Fahrenheit (six times hotter than our Sun), Menkhib is one of the hottest stars visible in the night sky.
Menkhib的表面温度达到华氏66000度(温度比太阳还要高6倍)，在夜晚可见的最热的恒星中，Menkhib可算上一个。
Fusion within the sun, for example, has made that star burn for more than 4.5 billion years, and given it a surface temperature around 5, 500 degrees Celsius.
比如说，太阳内部的核聚变n使它燃烧了超过45亿年，并且使它的表面温度达到5,500摄氏度。
Some critics argue that the global record of land surface temperature over the 20th century could be to some extent corrupted by heat from towns and other factors.
有批评人士指出，在20世纪，全球地表温度的记录在一定程度上可能被城镇带来的热量以及其他因素侵蚀过。
These have a cooling effect on the climate, and removing this effect will increase the sea surface temperature in the North Atlantic relative to the South Atlantic.
这些二氧化硫对气候具有致冷效应，清除这种效应将使北大西洋相对于南大西洋的海洋表面温度增加。
A similar effect is possible with methane trapped beneath the ocean floor, especially from shallower regions that are more impacted by sea surface temperature increases.
被困在洋底的甲烷可能会产生类似的影响，特别是在更易受到海面温度上升影响的较浅水域。
It's four to five times dimmer and 130 degrees cooler than previous record-holders, with a surface temperature of about 100 degrees Celsius - comparable to a cup of hot tea.
它比之前最冷最暗的棕矮星还要暗4 ~5倍，也就是比它低130度，它的表面温度大约100摄氏度，相当于一杯热茶的温度。
Last year tied with 2005 as the warmest year on record for global surface temperature, scientists said in a report on Wednesday that offered the latest data on climate change.
科学家于星期三发布了有关气候变化的最新数据：去年与2005年并列成为史上地表温度最高的年份。
Timmermann suspects the actual changes in sea surface temperature are due to natural variability in the ocean that canceled out the human-caused changes predicted by the models.
Timmermann怀疑海面温度的实际变化是由于海洋的自然变化，它掩盖了根据模型预测出的人为造成的变化。
Between blazing heat on the star-facing side and freezing cold on the dark side, the average surface temperature may range from minus 31 to minus 12 degrees Celsius, the researchers said.
研究人员还称，在炽热和寒冷的两个半球之间，该星球平均表面温度为零下31摄氏度至零下12摄氏度。
Menkhib is one of the hottest stars visible in the night sky; its surface temperature is about 37,000 Kelvin (about 66,000 degrees Fahrenheit, or more than six times hotter than the sun).
Menkhib是在夜空可见的温度最高的星星之一，其表面温度约为37000开尔文（约66,000华氏度，或超过6倍的太阳热）。
Although the temperature estimate is not yet definitive, the hotter the surface temperature makes for a hotter interior, strengthening the chances of pools of liquid water inside the moon.
现在对温度的测量还不尽准确，越热的表面温度预示着越热的内部温度，这增加了土卫二内蕴含着大量液态水的可能性。
Although the temperature estimate is not yet definitive, the hotter the surface temperature makes for a hotter interior, strengthening the chances of pools of liquid water inside the moon.
现在对温度的测量还不尽准确，越热的表面温度预示着越热的内部温度，这增加了土卫二内蕴含着大量液态水的可能性。
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