The algae capture the sun's energy by photosynthesis and store it in organic molecules.
藻类通过光合作用吸收太阳能，并将其储存在有机分子中。
Thus, our picture of Venus at around the time life was getting started on earth is one of warm oceans, probably rich with organic molecules splashing around rocky shores and volcanic vents.
因此，在地球上生命开始的时候，我们所看到的金星是一片温暖的海洋，这片海洋可能富含在岩石海岸和火山口周围飞溅的有机分子。
As organic molecules go, RNA is pretty simple.
作为有机分子，RNA相当简单。
Organic molecules embedded in rocks or soil could suggest the former.
包含在岩石和土壤中的有机分子可以证明前者。
Can effectively retain the virus, heat, protein and organic molecules.
可有效地截留病毒、热源、蛋白质和有机大分子。
Meteorites can contain thousands of organic molecules, including amino acids.
陨星可蕴含成千上万的有机分子，包括氨基酸。
Many organic molecules have the same intrinsic vibration frequency as FIR.
许多有机分子作为固有振动频率相同的飞行情报区。
Conversely, the prebiotic soup of small organic molecules may have arrived from space.
相反，“原始汤”的小有机分子也可能是从太空抵达地球的。
That means they destroy bacteria and viruses, and break up organic molecules with alacrity.
也就是说，它们能够破坏细菌和病毒，并能迅速分解有机分子。
The procedure produced an oily residue composed of hundreds of complex organic molecules.
这个过程制造出一种油性的残留物，包括几百种复杂的有机分子。
Early Earth seems to have been covered in a soup of organic molecules with no chiral preference.
早期的地球似乎是被一层并不存在手性偏好的有机分子汤所覆盖。
But just what kind of organic molecules would exist on the icy bodies of a forming solar system?
但是哪种有机分子能存在于最初形成的太阳系的冰层里呢？
It came from outer space. It being the stuff of life-amino acids, sugars and other organic molecules.
这块陨石从外太空而来。它包含着氨基酸、糖类和其他有机物等构成生命的物质。
All life on Earth needs water, carbon-based organic molecules, and an energy source, either solar or chemical.
地球上所有的生命都需要水、碳基有机分子和某种能量来源——不是太阳能就是化学能。
Nowadays, many experimental measurements of tpa cross sections of organic molecules take place in solutions.
目前，有机分子的双光子吸收性质都是在溶剂中测量的。
Instead, it matches the ratio found when organic molecules have been through a few rounds of biochemical processing.
相反，与经历几轮生物化学过程的有机体分子中的比例匹配。
The results and methods for study of reaction mechanism between small organic molecules with protein are reviewed.
评述了有机小分子与蛋白质的相互作用机理的研究结果和研究方法。
Black carbon is not emitted alone, but mixed with other things-organic molecules and various oxides of sulphur and nitrogen.
黑碳并不是单独被排放的，它被排放的同时还混合了许多别的物质——比如，有机分子还有各种各样的硫氧化物和氮氧化物。
The bioactivities of herbal ingredients, as a spatial structure of organic molecules, are very sensitive to temperature.
而且其生物活性作为一种有机物分子的空间结构对温度是十分敏感的。
Production of such nanoscale wires need to be a kind of organic molecules and gallium salt mixture placed in a super-clean silver foil.
制作这种纳米级的金属线需要将一种有机分子和镓盐的混合物置于一个超级干净的银薄片上。
Unfortunately, these black smokers are very acid, which prevents amino-acid stabilization, and thus the formation of organic molecules.
但是因为上述黑烟囱都呈酸性，因此不利于氨基酸的稳定与有机分子的形成。
Our bodies are constantly exposed to short-lived organic molecules known as free radicals, which harm cells in a process called oxidation.
我们的身体始终都暴露在自由基这种短瞬存在的有机分子中，而这些自由基会通过氧化作用而损害细胞。
This course covers modern and advanced methods of elucidation of the structures of organic molecules, including NMR, MS, and IR (among others).
本课程囊括了现今以及最先进的解读有机分子结构的方法，包含了核磁共振仪、质谱仪以及红外光谱等等。
But heating organic molecules in the presence of perchlorates destroys them, so even if they were there, Viking's experiment may have missed them.
但是在高氯酸盐存在的情况下加热有机分子会消灭它们，所以即使它们在那里，维京人的实验可能会遗漏它们。
So in some wet place, maybe near an undersea hydrothermal vent, maybe in the clay on the shore of a shallow pond, organic molecules started to replicate.
因此，在某些潮湿的地区，也许是海底热泉喷口附近，或浅水池塘岸边的粘土中，有机分子开始了自我复制。
The samples are being examined for traces of organic molecules, among other substances, but the lander does not have instruments that could directly detect life.
除了分析一些通常的成分，样本还将被分析是否含有有机分子，火星车并没有直接检测生命迹象的设备。
For the electron mediator, the researchers use organic molecules bound to cobalt atoms, which can switch between two states by the gain or loss of an electron.
对于电子介质，研究者们使用了钴原子，他可以在得到和失去电子两种状态之间转换。
For the electron mediator, the researchers use organic molecules bound to cobalt atoms, which can switch between two states by the gain or loss of an electron.
对于电子介质，研究者们使用了钴原子，他可以在得到和失去电子两种状态之间转换。
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