- 更多网络例句与五原子的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Lanthanides belong to the sixth cycle of the periodic table Ⅲ B family, are all solid metal, they are La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, holmium, erbium, thulium, ytterbium, and lutetium were 15 kinds of metals and their periphery are two layers of electronic 5d16s2, while the peripheral third layer f orbital but never zero to 14, so the external electronic structure of 4f0-145d16s2, and therefore these elements in oxidation number are to 3, very close chemical properties, extraction, when it is difficult to separate them they are mostly multi-element mineral mix, more difficult to increase refining, and their atomic number of 57-71, one by one to increase the number of protons the nucleus, and thus extranuclear electron of gravity is also growing, so that atomic radius decreases with increasing atomic number Z, which makes lanthanides contraction, ionic radius is also reduced, which also makes Zr, Hf, Nb and Ta, Mo and W, the atom and ionic radius very close to each other they also determine a similar nature, resulting in difficult separation, also the tribe Ⅷ of the fifth cycle, ruthenium, rhodium, palladium, and the sixth cycle, osmium, iridium, platinum is very similar in nature, thus The six elements, said platinum group elements.
镧系元素属于周期表第六周期中ⅢB族，全部是固体金属，它们是镧、铈、镨、钕、钷、钐、铕、钆、铽、镝、钬、铒、铥、镱和镥共十五种金属元素，它们的外围两层的电子均是5d16s2，而外围第三层的f轨道电子却从零增加到14个，所以外围电子结构为4f0－145d16s2，而使这些元素氧化数均为＋3，化学性质极为接近，提炼时很难分开，它们的矿石又大多是多种元素混在一起的，更增加提纯难度，它们的原子序数为57－71，核内质子数逐个增加，因而对核外电子引力也不断增强，使原子半径随原子序数Z增加而减小，这就使镧系元素收缩、离子半径也缩小，这也使得Zr和Hf，Nb和Ta、Mo和W等原子和离子半径都很接近、也决定了它们彼此性质类似，以致难以分离、也使第Ⅷ族中第五周期的钌、铑、钯和第六周期的锇、铱、铂在性质上极为相似，因而称这六个元素为铂系元素。
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We analyzed the phase difference of five-pulse atom gravimeter.
还进一步分析了五脉冲的原子重力仪中的相位差。
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Anisodamine causes interdigitation in DPPG, whose phospholipid molecules insert into the opposite lipid layer with the ends of the acyl chains near to the 5th carbons of the opposing lipid molecules, whereas anisodamine can not cause interdigitation in DPPC existed generally in membranes.
山莨菪碱诱导DPPG脂质体交插结构，其脂酰链末端插到对面分子层脂酰链第五个碳原子的位置，而生物膜中普遍存在的DPPC不能被山莨菪碱诱导形成交插相，但DPPG／DPPC混合物则能形成交插相，即伴随DPPG的交插，DPPC分子也发生交插。
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Any monosaccharide sugar containing five atoms of carbon per molecule.
每个分子中均含有五个碳原子的任何一种单糖。
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In the complex, the tin atom is hepta-coordinated in a distorted pentagonal bipyramid including a bridging pyridyl N atom, by which the one-dimensional infinite chain is formed.
结果表明，该化合物中锡原子配位数为7，处在畸变五角双锥配位场中，化合物通过吡啶基氮原子的桥连作用形成了一维无限链状结构。
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By simulating and spitting of the line atδ145, we were able to show five isotropic components at δ134.6,δ139.6,δ145.1,δ147.9 and δ149.1, and the numbers the inequivalent sp2 carbons neatly dovetailed with the integral areas of the every line.
我们利用拟合分峰的方法得出了这五个不等价的碳原子的峰的位置，分别位于δ134.6、δ139.6、δ145.1、δ147.9 以及δ149.1，这五个不等价的碳原子数目上的比例关系和核磁共振曲线的积分面积吻合。
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With intermediates 1,ω-hexadecanediol and ω-bromo pentadecanol as starting materials,ω-bromo hexadecanoic acid and ω-bromo octadecanoic acid were prepared in four and seven steps of reactions separately.
分别以1，ω-十五烷二酸和1，ω-十六烷二酸为原料，各经过四步有机反应，制备了ω-碘代十六烷酸及含十四、十五、十六碳原子的ω-溴代直链脂肪酸；再以中间产物15-溴代十五烷醇、1，ω-十六烷二醇为原料，各经过四步、七步有机反应，制备了ω-溴代十六烷酸及ω-溴代十八烷酸。
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The absorption maxima and emission maxima didnt change obviously between the five-membered compounds when N-methyl as the bridge atom. The value of extinction coefficient was increased obviusly compared naphthalimide with naphthalic anhydride.
甲基化氮为桥原子的五元化合物之间最大吸收和发射波长相差不大，萘酰亚胺的消光系数比萘酐增加明显，loge最大相差可达0.45，荧光强度也略有增加，相差0.1左右。
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The structure of the compound 〓(1) consists of a pentanuclear molecule which is center-symmetric. One W atom is coordinated by four S atoms and two Cu atom. As expected, the Fe atoms are sandwiched between two staggered pentadiene rings. The most interesting aspect of the structure is that Fe-C-P-Cu-P-Cconstitutes a distorted hexagon and Fe-Cu-W-Cu-Fe is nearly in a line.
结构是以W原子为对称中心含有五个金属原子的线型结构，W原子与四个μ〓-S和两个Cu原子配位；Fe原子在两个戊二烯环中间形成一个三明治夹心结构；Fe〓-C〓-P〓-Cu〓-P〓-C〓-构成扭曲的六边形，由于两边1，1'-双二茂铁配体的作用导致Cu-S键的拉长。
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More importantly, tetrazole compounds are a group of energetic materials.
四唑化合物是含四个氮原子的五元杂环化合物。
- 更多网络解释与五原子的相关的网络解释 [注：此内容来源于网络，仅供参考]
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aldehyde：醛
单醣含有[[酮]](ketone)或[[醛]](aldehyde)官能基. 按照其所含的官能基不同,分为酮糖类和醛糖类. 自然界中最重要分布最广的是含有五个和六个碳原子的糖,是人类和[[动物]]可以直接吸收消化的糖类. 木糖和阿拉伯糖都是五元糖,
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arsenic：砷
大家都晓得,砷(Arsenic)是五价元素,原子外层有五个价电子,如果一个砷原子代替了一个矽原子,那麼砷的四个原子便填上了原来矽四个价电子的位置,但砷的第五个电子无处置身,尴尬得很.
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oxazine：嗪
含有五个氮原子的五嗪(pentazine)或五氮(杂)苯. (4)含有一个氮原子和一个氧原子的恶嗪(oxazine)或氧氮苯如:在链接里. (5)含有一个硫原子和一个氮原子的噻嗪(thiazine)或硫氮苯如:在链接里.
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pentose：五碳糖
天然单糖n=5~7,即五碳糖(Pentose)如阿拉伯糖、木糖等,六碳糖(Hexose)如葡萄糖、甘露糖等,七碳糖(Heptose)如景天庚糖等. 单糖多为白色结晶. 有甜味. 易溶于水,难溶于乙醇,不溶于乙醚等极性小的有机溶剂. 由于有不对称碳原子,
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pyrazine：吡嗪
(2)含有二个氮原子的是哒嗪(pyridazine)、嘧啶(pyrimidine)、吡嗪(pyrazine)或称二嗪或二氮(杂)苯. (3)含有三个氮原子的三嗪(triazine)或三氮(杂)苯 含有四个氮原于的四嗪(tetrazine)或四氮(杂)苯 含有五个氮原子的五嗪(pentazine)或五氮(杂)苯.
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thiazine：噻嗪
含有五个氮原子的五嗪(pentazine)或五氮(杂)苯. (4)含有一个氮原子和一个氧原子的噁嗪(oxazine)或氧氮苯如:在链接里. (5)含有一个硫原子和一个氮原子的噻嗪(thiazine)或硫氮苯如:在链接里. 相关条目 化学
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electron tunneling：电子隧穿
IBM 的5 名员工由於发现了电子隧穿(electron tunneling)现象,以及发明能够观察到单个原子的电子显微镜而获颁诺贝尔奖. 另外,IBM 的员工还五次获得全美科技奖、四次获得全美科学奖、四次获得杜宁奖(A.M. Turing Awards).
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Pyridazine：哒嗪
(2)含有二个氮原子的是哒嗪(pyridazine)、嘧啶(pyrimidine)、吡嗪(pyrazine)或称二嗪或二氮(杂)苯. (3)含有三个氮原子的三嗪(triazine)或三氮(杂)苯 含有四个氮原于的四嗪(tetrazine)或四氮(杂)苯 含有五个氮原子的五嗪(pentazine)或五氮(杂)苯.
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tetrazine：四嗪
(3)含有三个氮原子的三嗪(triazine)或三氮(杂)苯 含有四个氮原于的四嗪(tetrazine)或四氮(杂)苯 含有五个氮原子的五嗪(pentazine)或五氮(杂)苯. (4)含有一个氮原子和一个氧原子的噁嗪(oxazine)或氧氮苯如:在链接里.
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pentomic：五群制的
pentolysis戊糖分解 | pentomic五群制的 | pentomicdevision五群制原子师