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- superheavy quark 超重夸克
- Combine quark and yoghurt in a medium bowl. 凝脂乳酪和全脂酸奶放入中碗里调匀。
- Shockers drop a single Quark Bomb. 震撼者投放夸克炸弹。
- There are six distinct flavors of quark. 有六种不同的夸克。
- New views on the properties of superheavy nuclei are presented. 提出了一些新观点。
- When a neutrino transforms a quark, a lepton is emitted. 当中微子使一种夸克转化为另一种夸克时，会发射出一个轻子。
- Start QuArK and select the New map icon from the main menu bar. 启动一个新地图。
- Blend quark and cream cheese in another bowl until smooth. 凝脂乳酪和奶油乳酪放入另一容器，搅拌至匀。
- Superpotent atom smashers will undertake the quark quest in the 1980s. 超高效的粒子加速器将于80年代投入夸克探索的工作之中。
- Classifications of hadrons, unitarity symmetries of hadron, quark model. 强子分类,强子的么正对称性，夸克模型。
- Spread the quark cream on the bottom layer and cover with the almond top. 晾凉后蛋糕底分两层，底层铺上乳酪奶油糊，盖上杏仁层。
- He has studied supernovae, quark matter and intergalactic gas clouds. 他曾研究过超新星、夸克物质与星系间的气体云。
- See also electroweak theory, lepton, meson, quantum chromodynamics, quark. 亦请参阅electroweak theory、lepton、meson、quantum chromodynamics (QCD)、quark。
- The charm quark is roughly one and a half times the mass of the proton. 粲夸克的质量大约为质子质量的1.;5倍。
- Several important aspects in the cross section calculations for the synthesis of superheavy nuclei have been inquired. 因这些因素都可能对截面有数量级的影响,正确处理与否直接关系到超重核合成截面理论预言的可靠性。
- A quark's color can have one of three values, called red, green, and blue. 一个夸克的可以有三种色态，分别称为红，绿和蓝。
- The influence of the half-lives of superheavy elements, the flow rate of carrier gas and other factors on the experimental results were discussed. 讨论了超重元素的半衰期、吸附态的周期、载气流量以及化合物的质量密度等对实验结果的影响及该理论模型的优点和待改进的地方。
- With the deformed relativistic mean field theory the properties of the superheavy nuclei (superscript 294)118 and (superscript 292)116 are studied. 摘要用形变的相对论平均场理论对超重核(上标294)118及(上标292)116的性质进行了研究。
- Potential-energy-surface calculations display that superheavy nuclei have in general much harder shapes than that of the nuclei in other mass regions. 位能曲面的计算结果显示，与其它区域的核相比，超重核的形状不易变化。
- The properties of some unknown nuclei are predicted and they will be useful for future theoretical and experimental researches of superheavy nuclei. 同时在计算中给出了未知核素基态性质的计算结果，可供以后在理论或实验上研究超重核时参考。
