- 更多网络例句与二聚物相关的网络例句 [注：此内容来源于网络，仅供参考]
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At first the energy of the microwave will energized the argon to be ionization, and the generated heat make the sulfur volatilizing into bivalency sulfur or dipolymer sulfur high pressure steam. The molecule transition will happen under the microwave energization, and the visible light will be emitted when the sulfur states change into the low energy level. The spectra of the plasma lamp is nearly centering at the visible lights, and there are very little ultraviolet and infrared spectrum, the Fig 3 shows the spectra of the sun and the plasma lamp from which we can see the spectrum character clearly.
微波能量首先激励氩气使其电离，产生的热量使硫挥发成为二价硫分子或二聚物高压蒸汽，在微能量的激励下使它形成分子跃迁，当返回到较低能级的状态时以连续光谱的形式放射出光线，它的光谱基本上集中在可见光，红外线和紫外线的辐射量很少，（图3）硫的放射光谱和太阳光谱的比较图片，可以很清晰地表达这一特性。
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The experimental results showed that: 1 cylindrical catalyst prepared by extrusion was used in mixed butene oligomerization, whose conversion and dimer selectivity wre seperately as high as 41% and 52%.
实验结果表明：1挤出成型法制得的圆柱状催化剂催化混合丁烯齐聚反应的转化率和二聚物选择性分别高达41%和52%。
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The results show that the ionic liquid Et〓NHCl-AlCl〓 is an effective catalyst for the dimerization.
研究的结果表明，Et〓NHCl-AlCl〓是二聚反应的高效催化剂，反应无需加热且在无溶剂条件下得到的主要产物为环状二聚物1，1，3-三甲基-3-苯基茚满，反应在80℃、进行5min即可达到转化率100％、茚满的选择性为97.3％。
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In the present paper, from the non-U(1) invariance of the atom-dimer conversion system, we generalize the definition of fidelity to this nonlinear system.
本文，从原子-二聚物分子转化系统的非U(1)对称性出发，将保真度的定义推广到了非线性系统。
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The results showed that the obtained product is a mixture mainly composed of dimer, trimer, tetramer and pentamer.
结果表明，聚合物主要是二聚物、三聚物、四聚物、五聚物。
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D. of the catalyst increased, i. e. the acid volume of the catalyst increased, the conversion for isobutene and the selectivity for trimer increased also, while the selectivity for dimer decreased, and the selectivity for tetramer was almost unchanged.
D。增加时，即催化剂的酸量增加时，异丁烯的转化率和三聚物的选择性也增加，但二聚物的选择性降低，四聚物的选择性则几乎没有变化。
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For the synthesis reaction of chalcone, cyclohexanone aldolization and biodiesel,γ-Al_2O_3-NaOH-Na solid superacid has a satisfactory catalytic activity. With hypnone and phenylaldehyde as raw material, amount of catalyst 7.5% wt% of material, mole ratio of hypnone and phenylaldehyde 1:1.1, reaction temperature 40℃, after 3 hours, the yield of chalcone can be up to 96.88%. With cyclohexanone as raw material, amount of catalyst 10% wt% of material, reaction temperature 190℃, after 3 hours, dimmer of cyclohexanone can be up to 85.66%.
将该固体超强碱催化剂应用于查尔酮、环己酮自缩合以及生物柴油的合成反应中，该改性固体超强碱催化剂表现出了良好的催化活性：以苯乙酮和苯甲醛为原料，反应温度为40℃，催化剂用量为反应物总质量的7.5％，苯甲醛与苯乙酮摩尔比为1：1.1，反应3h查尔酮产率可达96.88％；以环已酮为原料，催化剂用量为原料总质量的10％，反应温度为190℃，反应3h，二聚物的总收率可达85.66％；以动物油和甲醇为原料，醇油摩尔为9：1，催化剂用量为动物油质量的2％，反应温度为70℃，反应3h后，生物柴油的收率可达91.8％。
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The results show that isobutene oligomerization is fast liquid-solid reaction. Under the temperature of 80 ℃～120 ℃ and pressure of 2.0 MPa, the products of oligomerization are mainly dimers and trimers of isobutene. The yield of trimers is higher than that of dimers and the mass fraction of trimers decreases with reaction temperature increasing. The yield of tetramers is much lower than that of dimmers and trimers. The tetramers are formed by reaction of isooctenes and C8 carbonium ion.
结果表明，异丁烯齐聚反应为快速液固相催化反应，在80 ℃～120 ℃，2.0 MPa的实验条件下，反应产物主要是异丁烯的二聚物和三聚物，且三聚物的收率远高于二聚物，两者的浓度比值随反应温度的升高而下降；少量四聚物的生成主要源于碳八烯烃与碳八正碳离子的反应。
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The results also suggest that zeolite-encapsulated vanadium picolinic complexes catalyst can prevent the formation of μ-O dimer and possess high stability as compared to homogeneous catalyst. Moreover, heterogeneous catalyst can be recycled.
实验中还发现，均相络合物负载于分子筛中能够有效地抑制μ-O键二聚物的生成，使非均相催化剂具有更高的稳定性，并且能够回收利用。
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A series of copper halides in one, two, or three dimensions have been successfully synthesized such as rhomboid dimers of stoichiometry [Cu2X2L2]n, the tetranuclear species on cubane or stepped cubane tetramers of stoichiometry [Cu4X4L4]n and hexagonal[Cu6X6] grid chains.2 The main strategy in crystal engineering is a secondary building block approach.3 For a given building block, there are two routes to construct frameworks.
在一维、二维或三维的一系列卤化铜已经成功地得到了合成，比如化学计量法[Cu2X2L2]n的长菱形二聚物、化学计量法[Cu4X4L4]n和六边形[Cu6X6]网格链的在立方烷上的四核类或阶梯式立方烷四聚物。[2] 在晶体工程上的主要策略是一种次级构件途径。[3] 对于一给定的构件来说，有两条构件骨架的路线。
- 更多网络解释与二聚物相关的网络解释 [注：此内容来源于网络，仅供参考]
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acrolein dimer：丙烯醛二聚物
acrolein 丙烯醛 | acrolein dimer 丙烯醛二聚物 | acrolein resin 丙烯醛尸
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dimer：二聚物
形成了一个被称为二聚物(dimer)的蛋白质对研究人员推测这些survivin蛋白的二聚物可能在细胞分裂时维持关键的分子结构如果这种蛋白质必须成双配对后才能发挥作用,
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primer dimer：引物二聚体
用 ΔG 值反 中至关重要的一环.使用不合适的 PCR 引物容易导映) ,形成引物二聚体 (primer dimer) 及发夹结构 ( du2 致实验失败 :表现为扩增出目的带之外的多条带 ( 如 plex formation and hairpin ) 的能值 ,
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molecular dimer：分子二聚物
molecular diffsuion 分子扩散 | molecular dimer 分子二聚物 | molecular dispersion 分子色散
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dimerization：二聚酌
dimer 二聚物 | dimerization 二聚酌 | dimethyl ether 二甲醚
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pyrimidine dimer：嘧啶二聚物
pyrimidine base 嘧啶碱 | pyrimidine dimer 嘧啶二聚物 | pyrimidine nucleotide 嘧啶核苷酸
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dimeric：二聚的
dimer 二聚物 | dimeric 二聚的 | dimerous 两部分组成的
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dimeric compound：二聚化合物
dimer laser | 双原子激光器,二聚物激光器 | dimeric compound | 二聚化合物 | dimerization | 二聚作用
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D-P dimeric polymer：二聚物
DP degree of polymerization 聚合度 | D-P dimeric polymer 二聚物 | DPA diphenylamine 二苯胺[防老剂]
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heteronuclear dimer：杂环二聚物
heteronuclear 杂环的 | heteronuclear dimer 杂环二聚物 | heteronuclear double resonance 杂环双共振