1.The large molecules are cracked into smaller molecules.
1.大分裂变为小分。
2.They are all chiral molecules and belong in the racemate.
2.它们都是手性分,属于外消旋体。
3.Inside the reactor the large molecules are cracked into smaller molecules.
3.在反应堆里,大分裂变为小分。
4.Substances consist of small particles called molecules.
4.物质是分的微粒组成的。
5.Molecular recognition by use of metalloporphyrin as host molecules are reviewed.
5.综述了金属卟啉配合物的分识别研究进展。
6.What are the chances of these molecules springing spontaneously into existence?
6.这些分自然形成的可能性有多大？
7.The structure of molecules can be seen under an electron microscope.
7.分的结构可在电显微镜下观察到。
8.Dithiooxamide molecules were adsorbed on the metal surface through the amine and thiol groups.
8.二硫代乙二酰分通过其氨基和巯基共同吸附于金属表面。
9.Reduction of azides is an important method to introduce amino group to organic molecules.
9.叠氮还是向有机分中引入氨基的重要方法。
10.Figure 14.5 and 14.6 show this division for a homonuclear and a heteronuclear diatomic molecule.
10.图14．5和14．6示出同核和异核双分的这种分区。
11.Small molecule atomic particles, atoms extranuclear electron transfer.
11.分小粒，核外电转。
12.Lectin is a large molecule glucoprotein and can agglomerate the cell.
12.凝集素是一种能作用于细胞使其凝聚的大分物质,大多属糖蛋白。
13.T cells will become anergic or apoptotic , when there is antigen stimulation without costimulatory molecules.
13.仅有抗刺激，缺乏共刺激信号的T细胞不仅不活化，反而导致无能乃至凋亡。
14.These werecharacterized by cyclic voltammetry in the presence of ferrocenemonocarboxylate and hexamine ruthenium as probe molecules.
14.这些用以单羧酸铁和六甲基四合钌作为探针分的循环伏安法来表示。
15.Ordinarily, random thermal jigging of the molecules prevents sound waves from behaving analogously to light quanta.
15.通常，分的随机热运动，会让声波的行为和光量有别。
16.Glycerate 3-phosphate (phosphoglyceric acid) The phosphorylated form of glyceric acid, a 3-carbon atom molecule.
16.（磷酸甘油酸）是甘油酸的3号碳位发生磷酸化后的形式。
17.Several ribosomes may be actively engaged in protein synthesis along the same mRNA molecule, forming a polyribosome, or polysome.
17.几个核糖体可能沿着同一个mRNA分参与蛋白质的合成，形成了多聚核糖体。
18.The solution to the boundary value problem for a 2-dim photodissociation model of a linear triatomic molecule was studied.
18.研究线性三分二维光离解模型边值问题的解。
19.The treatment of heteronuclear diatomic molecules by LCAO-MO theory is not fundamentally different from the treatment of homonuclear diatomics.
19.用LCAO-MO理论处理异核双分基本上与处理同核双分是相同的。
20.The sulfhydryl (thiol) group (SH) of cysteine is responsible for the chemical properties of the whole GSH molecule (L-gamma-glutamyl-Lcysteinylglycine).
20.半胱氨酸所带有的硫氢基（硫醇）决定了整个谷胱甘肽分的化学性质。
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1.Otter fur is spiky, so it traps insulating air molecules.
海獭毛尖锐，能够困住保温空气分子。
2.Well, the signal is just a molecule.
实际上，信号就是一个分子。
3.That's because inside, soap has two-sided molecules.
那是因为在里面，肥皂有双面分子。
4.Unfortunately, that critical size is 150 million molecules.
不幸的是，这个临界体积是 1.5 亿个分子。
5.They detected a heavy hydrogen molecule called hydrogen deuteride.
他们探测出了一种叫做氘化氢的高质量氢分子。
6.Antibodies are the molecules the immune system naturally builds to attack disease.
抗体是免疫系统自然产生的分子物用以抵抗病侵袭。
7.We've also discovered fascinating molecules from the American beautyberry plant.
我们还从美洲美丽树中发现了很令人惊喜的分子。
8.These must be the molecules of the lava lamp's blobs.
这些一定是熔岩灯的分子。
9.In plastics, those units are mostly molecules of carbon and hydrogen.
在塑料中，这些单元主要是碳和氢分子。
10.Even though it doesn't actually exist as separate individual molecules.
但它实际上并不以一个个分子的形式存在。
11.This tissue contains millions of chemoreceptors, nerves that capture odor molecules.
这种组织包含了数百万化感受器，也就是能捕获气分子的神经细胞。
12.Smaller ones, really small ones, behave just as simple molecules in chemistry.
较小的分子，非常小的分子，其行为就像化中的简单分子。
13.Is its a critical component for synthesizing proteins and other complex molecules.
氨是合成蛋白质和其他复杂分子的关键成分。
14.When bacteria on the skin break down these molecules, you get body odour.
当皮肤上的细菌分解这些分子时，就会产生体臭。
15.Ice can react with other elements to create organic molecules, for example the alcohol, methanol.
冰可以与其他元素反应生成有机分子，例如酒精、甲醇。
16.But which molecules should we search for?
那么哪些分子是我们需要寻找的呢？
17.That's new molecules that have formed.
这是新形成的分子。
18.With artificial photosynthesis, maybe we can split water molecules to make fuel like a plant.
通过人工光合作用，也许我们可以分裂水分子，像植物一样制造燃料。
19.He proposed connecting molecules using chemical " buckles."
他提议使用化“扣”来连接分子。
20.Stanford University researchers are likewise exploring ways to bypass electricity generation when splitting water molecules.
来自斯坦福大的研究人员们利用同样的道理，试图在分解水分子时略过电力生成这一环节。
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划词翻译
详细解释
裂变为小分
普小杂文 
60
听力 2013年2月合集 
是向有机
病侵袭。
感受器，也就是能捕获气
