1.Freedom, gravity, ego, and electron are constructs.
1.自由, 万有引力, 自我中心以及子都是概念。
2.Small molecule atomic particles, atoms extranuclear electron transfer.
2.分子原子小粒子,原子核外子转。
3.Electrons are negatively charged with electricity,protons are positively charged.
3.子是带负,质子是带正。
4.Methods Transmission electron microscope equipped with an X-ray microanalyzer was used.
4.方法应用透射镜并结合X射线显分析法。
5.Determine the most probable position (s)of the electron for each eigenstate.
5.试对各个本征态,分别确定子最可能出现一个(或几个)位置。
6.The structure of molecules can be seen under an electron microscope.
6.分子结构可在子显镜下观察。
7.The effects of hexanolactam as electron donor on graft reaction was investigated.
7.并探讨了己内酰胺作子给体添加剂对接枝反应影响。
8.An electron has a negative charge,a proton has a positive charge.
8.子带负,质子带正。
9.Scanning electron microscope image of the compound eye of a noctuid moth.
9.扫描子显镜图像复眼夜蛾蛾。Each facet of the eye (ommatidium) is approximately 25 microns wide.每个小眼(小眼)25米宽。
10.Technique of mutation breeding in gladiola was studied by meansof electron beam.
10.用子束辐射唐菖蒲种球,研究唐菖蒲诱变育种。
11.Therefore, a human body is a huge electrophorus, which teems with vibrating electrons.
11.所以说,人体是个巨大带体,周身布满子,振动不已。
12.By using scan electron microtechnique and thermal analysis, wood plastic composite mechanism is studied.
12.采用扫描子显技术和热分析对木塑复合机理进行研究。
13.Qualitative analysis of autophagosome was made base on the data from transmission electron microscope.
13.利用透射镜数据定量分析自噬现象变化。
14.The function of electron transport in the mitochondrion is to phosphorylate ADP to ATP.
14.线粒体中子传递作用是使ADP磷酸化成ATP。
15.The worn surface morphology of ADZ ceramic was analyzed with a scanning electron microscope.
15.与去离子水相比,在小牛血清润滑条件下ADZ陶瓷摩擦因数和磨损率降低。
16.Experimental results show that the reaction acts up on transannular-surroundings electron transfer reaction mechanisms.
16.实验表明,此反应遵循外环外界子转移反应机理。
17.Electrons are negatively charged with electricity.
17.子带负。
18.In photosynthesis ferredoxin is involved in electron transfer between photosystem I and the final electron acceptor, NADP.
18.在光合作用中,铁硫蛋白与光合系统Ⅰ和最终子受体NADP间子传递有关。
19.Fe-only hydrogenase can catalyze the reversible reaction of protons and electrons to molecular hydrogen in nature.
19.对铁氢化酶活性中心进行化学模拟将有可能产生出新型产氢催化剂。
20.The microstructures were studied with optical microscope, X-ray diffraction,electron probe and glow discharge spectro scopy analysis.
20.用光学显镜、X-光、子探针及辉光逐层分析等方法进行了观分析。
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1.We call these elemental particles protons, neutrons, and electrons.
我们称之为质子、中子与电子。
2.There are also electrons in there.
里面也有电子。
3.This is where J.J. Thomson discovered the electron, and where Rutherford split the atom.
汤普森在这发现了电子,卢瑟福在这分裂出了原子核。
4.Positrons are the antimatter counterparts to electrons.
正电子是电子的反物质。
5.So for example, this might be an electron.
所以例如,这可能是一个电子。
6.The pairs of electrons are all negatively charged.
每对电子都带负电荷。
7.They heated it under the electron microscope.
然后于电子显微镜下加热。
8.Hmm. Of course, that's like saying you are the most important electron in a hydrogen atom.
当然 这就像是说你们是氢原子中最重要的电子一样。
9.Materials conduct electricity when electrons travel through them.
当电子在材料中流动时,材料就会导电。
10.And electrons on this scale are incredibly tiny.
而且电子的体积也很小。
11.You see, the electrons on formaldehyde have a drive.
于是,这些甲醛上的电子有了内驱。
12.Inside DNA you would find atoms, electrons, protons, neutrons.
在 DNA 里面,你可以找到原子、电子、质子、中子。
13.When X-rays interact with matter, they collide with electrons.
当X光与他物质发生作用时,它会撞击电子。
14.We use hydrogen gas as the source of electrons.
我们用氢气作为电子的来源。
15.The electron vibrates back and forth, binding them together.
电子来回震动,它们结合在一起。
16.This black atom with 12 protons and 12 electrons.
这个黑色原子有 12 个质子和 12 个电子。
17.The nucleus and the electrons going around the atom.
原子核和绕着原子运动的电子。
18.Those atoms have uneven numbers of electrons, unlike most atoms and molecules, which have electrons in pairs.
这些原子有不均匀数量的电子,不像大多数原子和分子,它们有成对的电子。
19.To put it chemistry specific, it has two unpaired electrons, which really want to form chemical bonds.
具体到化学,它有两个不成对的电子,它们真的想形成化学键。
20.This refers to the minimum amount of energy needed to remove an electron from a metal surface.
这是指从金属表面移除一个电子所需的最小能量。
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