只有重力和一种可以支配某些放射性衰变的弱核力能够使其聚集凝固，“弱反应”这一术语由此得名。
Only gravity and a phenomenon called the weak nuclear force, which governs some types of radioactive decay, can bind them—hence the term “weakly interacting”.
芝加哥大学的化学家们首次展示了如何使用一个简单的只有几步化学反应的实验室模型来预测血液会在何时何处发生凝固。
Uniersity of Chicago chemists hae demonstrated for the first time how to use a simple laboratory model consisting of only a few chemical reactions to predict when and where blood clotting will occur.
机体被细菌击败时可发生一系列反应，如炎症及血液凝固。
The body becomes overwhelmed by bacteria, setting off a series of reactions that lead to inflammation and clotting.
通过对各种处理剂处理的蠕虫状石墨铸铁凝固过程的研究，共晶反应时石墨的析出过程已经明确。
Solidification process of CV graphite iron with the addition of various CV-graphitizing materials and the crystallization behavior of the graphite during the eutectic reaction was clarified.
包晶凝固是十分重要的相变过程，许多结构和功能材料的制备都涉及到包晶反应。
Recently, many aspects of peritectic solidification have been investigated including nucleation and growth, banded structure, coupled growth and phase selection.
自然凝固工艺制备的nr热降解反应的表观活化能高于甲酸凝固工艺制备的nr热降解反应的表观活化能。
The apparent activation energy of thermal degradation reaction of the NR by natural coagulation is higher than that coagulated with the technology of formic acid.
目的研究血浆凝固酶阴性葡萄球菌(CNS)的生化反应特性，建立一种血浆凝固酶阴性葡萄球菌快速“两步一补”鉴定方法。
To study biochemical characteristics of Coagulase-Negative Staphylococci (CNS) and develop a "two steps with one supplement" method for rapid identification of CNS species.
化学物质吸收技术，被称之为“增强型分子捕捉技术”能够迅速凝固和稳定碳氢化学物质，包括反应性最强的复合物质。
PetroGuard advanced absorption technology utilized "enhanced molecular capture" to instantly hyper-immobilize and solidify (stabilize) hydrocarbon based chemicals including most reactive compounds.
化学物质吸收技术，被称之为“增强型分子捕捉技术”能够迅速凝固和稳定碳氢化学物质，包括反应性最强的复合物质。
PetroGuard advanced absorption technology utilized "enhanced molecular capture" to instantly hyper-immobilize and solidify (stabilize) hydrocarbon based chemicals including most reactive compounds.
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