- 更多网络例句与核微粒相关的网络例句 [注：此内容来源于网络，仅供参考]
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My friend Bob teaches nuclear physics. He says it's all about atoms, atomic particles and atomization.
我的朋友鲍勃教授核物理学，他说这是一门关于原子、原子微粒和原子化的课程。
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Enhanced cross section; neutron formation; particle-wave transformation; resonance, tunneling and screening; exotic particles; formation of proton or deuteron clusters; formation of electron clusters.
改进的横剖面；中子形成；微粒挥动变革；共鸣，挖洞和筛选；异乎寻常的微粒；氢核或氘核群的形成；电子群的形成。
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Through the experiments on hydration of AH in the following sulphate（Li_2SO_4、MgSO_4 、 Al_2(SO_4)_3 、MnSO_4 、CuSO_4 、CoSO4 、CdSO_4 、ZnSO_4 、NiSO_4 、FeSO_4）, dissoluble sulfate hydrate origining from hydration process of AH affects it's hydrous rate, hydrous rate of AH does not connect with Z/R of cation in stimulation, theory that Z/R affect hydrous rate of AH does not exist. Third, hydration of AH in dissoluble sulfate complies with dissolve-nucleate -grow theory, concentration of Ca~2+ from dissolving of CaSO_4 is higher than one of CaSO_4·2H_2O, calcium sulphate dihydrite gets a motivity of crystallization. dissoluble sulfate takes the following function: double-salt or dissoluble sulfate hydrate from hydration of AH in it becomes heterogeneous particle and a kind of nucleation catalyzer, and reduces surface barrier when DH becomes crystal because the crystal of DH precedently appears in uneven place. Results indicate hydration of AH does not conform with double-salt theory, but it conform with this mechanism: dissolve-nucleate-grow, formation of DH is an uneven nucleation and crystalizaion process.
通过对CaSO_4在Na_2SO_4 、K_2SO_4 、Rb_2SO_4 、Cs_2SO_4 、(NH_4)_2SO_4溶液中水化过程，以及CaSO_4·2H_2O、CaSO_4与以上硫酸盐反应速度、产物的研究，说明复盐理论不正确；CaSO_4在（Li_2SO_4、MgSO_4 、 Al_2(SO_4)_3 、MnSO_4 、CuSO_4 、CoSO_4 、CdSO_4 、ZnSO_4 、NiSO_4 、FeSO_4）溶液中水化，水化过程中硫酸盐水合物的析晶影响着无水硫酸钙水化，与激发剂阳离子Z/R值大小无关，阳离子的Z/R参数影响水化率的规律并不存在； 3、无水硫酸钙在可溶性硫酸盐中的水化按照溶解-成核-生长理论进行，CaSO_4达到溶解平衡时Ca~2+的浓度大于CaSO_4·2H_2O溶解平衡的Ca~2+的浓度，CaSO_4·2H_2O获得结晶的驱动力，可溶性硫酸盐起到形成晶核的作用：水化过程与CaSO_4生成复盐或析出水合物所形成的细小物相，作为异质微粒使母相中存在不均匀性，这些不均匀性有效地降低成核时的表面能位垒，使CaSO_4·2H_2O晶核优先地在这些具不均匀性的地方形成，因此这些物质起成核催化剂作用。
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RESULTS: Four hours after operation, rats injected with bletilla particles developed temporary conscious disturbance, and sustained hemiparesis of contralateral limbs with spontaneous circling behavior. Ischemia or infarction was found obviously in the cortex of parietal, frontal lobes and basal nuclei of the right cerebral hemisphere, where the neurons characterized with vague outlines, pyknosis and necrosis of neuron nuclei were recognized as well. But hemiparesis and spontaneous circling behavior only lasted for 12 h after embolization with bletilla gum.
结果：白芨微粒组大鼠术后4 h内呈现意识障碍，持续性对侧肢体轻度偏瘫及环转，TTC染色显示右侧大脑半球额叶、顶叶皮层和基底核附近局灶性缺血或梗塞，光学显微镜下可见缺血区脑组织水肿或坏死，神经元轮廓模糊，核固缩或裂解等；白芨胶组仅在术后术后1 h内有轻度意识障碍，12 h内出现对侧肢体行动障碍，但未见明显病理改变。
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A series of light-weighted metal coated functional composites have been fabricated by electroless metal plating on activated ultrafine particles, with nickel or copper as the shell, ultrafine particles as the core templates, such as alumina, titania, ferriferous oxide, natural pollen, hollow microspheres.
结合分子自组装技术在硅片表面制备了密堆积的胶体钯纳米薄膜，并首次提出了一种无需氯化亚锡敏化、基于分子自组装膜化学吸附胶体钯纳米微粒的活化方法，成功地引发了金属铜或镍在金属与非金属表面的无电子沉积，制备了一系列金属包覆非金属粉末的轻质超细核壳结构功能材料。
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Water-soluble carboxymethyl glucosan was prepared and used to induce the growth of HA by the reaction with Ca~(2+). Then CMG/HA nano-composite particles were synthesized.
通过对葡聚糖进行改性得到可溶性的羧甲基葡聚糖，利用CMG与Ca~(2+)的相互作用，诱导HA成核生长，成功制备了CMG／HA纳米复合微粒。
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The geometry of these particles was analyzed by both particle size analysis , TEM and FT-IR , and was found to be perfecty spherical , and sized about 50 nm that PS core was well covered by PPy shell . The core-shell latices become unstable when the amount of PPy increased .
就PS-PPy颗粒的结构形态而言，由微粒径分析及TEM分析得知其粒径约50nm左右，制备的核壳颗粒呈均匀的圆球状，并由FT-IR光谱分析证实了PPy壳将PS内核完全包覆，只是当PPy壳的相对量增加时会对核壳乳液的稳定性造成负面影响。
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Particle aroused the many in suspension in microtherm general air to form low coagulate nucleus, make the little water all round its condenses Cheng Bing.
低温将空气中大量的悬浮微粒激发起来形成了低凝核，并使其四周的小水滴凝聚成冰。
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Nano-calcium carbonate/polymer composite particles were prepared by soapless emulsion polymerization of methylmethacrylate and Butyl acrylate on the surface of nano-CaCO3 in nano-CaCO3 aqueous suspension.
经甲基丙烯酸甲酯和丙烯酸丁酯双单体聚合包及的纳米碳酸钙形成了核壳结构增韧复合微粒。
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Its goal is to find out how the world works, to seek what regularities there may be, to penetrate to the connections of things—from subnuclear particles, which may be the constituents of all matter, to living organisms, the human social community, and thence to the cosmos as a whole.
它的目的是认识万物运转，试图找寻规律，洞察事物间的联系---从一切物质可能的要素亚核微粒，到活着的有机体，人类社会团体，以至宇宙作为一个整体。
- 更多网络解释与核微粒相关的网络解释 [注：此内容来源于网络，仅供参考]
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atomic nucleus：核
原子核 原子核(atomic nucleus)简称"核". 位于原子的核心部分,由质子和中子两种微粒构成. 原子核极小,它的直径在10^-^14 m~10^16m之间,体积只占原子体积的几千亿分之一,在这极小的原子核里却集中了99.96%以上原子的质量. 原子核的密度极大,
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atomy：微粒, 尘埃, 原子, 矮人, 侏儒
atomsmasher | 核粒子加速器 | atomy | 微粒, 尘埃, 原子, 矮人, 侏儒 | Aton | 阿托恩(古埃及信奉的太阳神)
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karyomitome：核网丝
karyomicrosome 核微粒体 | karyomitome 核网丝 | karyomitosis 有丝分裂
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karyosome：核微粒
karyorrhexis 核破裂 | karyosome 核微粒 | karyosphere 核球
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karyosome：核体
karyorrhexis 核碎裂 | karyosome 核体 | karyosome 核微粒
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karyomicrosome：核微粒体
karyometry 核测定法 | karyomicrosome 核微粒体 | karyomitome 核网丝
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karyomicrosome：核微粒
karyomere 染色粒 | karyomicrosome 核微粒 | karyomitosis 有丝分裂
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karyorrhexis：核破裂 核碎裂
karyoreticulum 核网 | karyorrhexis 核破裂 核碎裂 | karyosome 核体 核微粒
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daryorrhexis; karyoschisis：核破裂
\\"核溶解\\",\\"daryolysis\\" | \\"核破裂\\",\\"daryorrhexis; karyoschisis\\" | \\"核微粒\\",\\"daryosome; caryosome\\"
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nucleomicrosome：核微粒
nucleolinus 核点 | nucleomicrosome 核微粒 | nucleon 核子 磷肉酸