| 1. | Sir , t - virus infection has reached critical ievels
长官， t病毒感染已达临界态 |
| 2. | Equivalence of london ' s equations and discussion about critical state bean model
两个方程等价性与临界态形成动力学 |
| 3. | Supercritical state of flow
聊超临界态 |
| 4. | Discussion of supercritical carbon dioxide and hydrogen sulfide induced drilling and production accidents in high sour gas well
高酸性气井超临界态二氧化碳硫化氢的相态变化诱发钻采事故探讨 |
| 5. | At 800 meters , the ambient pressure is 80 times that of the atmosphere , high enough that the pressurized injected co2 is in a “ supercritical ” phase ? one that is nearly as dense as the brine it replaces in geologic formations
在800公尺深处，压力高达大气压的80倍，足以令注入的二氧化碳呈超临界态，这种相态的稠密程度，与地质构造中的卤水相近。 |
| 6. | But self - organized criticality ( soc ) is a kind of weak chaos nature : " edge of chaos " ( non - stable steady state ) , appearing only in the specific space - time region in specific stage at self organization process of crustal movement
“自组织临界态” ( soc )是一种弱混沌性质的“混沌边缘态” （非稳定定态） ，只出现于地壳运动自组织过程特定阶段中的特定时空域。 |
| 7. | The formation of the soc is the result of dynamics of the system itself , embodies a long - distance spatio - temporal correlation among cells in this system induced by short - distance local interaction and characterized by power distribution
这种临界态的到达是系统自身动力学的一种结果，体现了由短程的局域相互作用导致的系统组元间的一种长程的时空关联，由“幂次分布”表征。 |
| 8. | An open complex system which is consist of multi - cell and far from equilibrium can evolve into a critical state through a time - consuming and self - organized process with avalanche dynamics , called self - organized criticality ( soc )
自组织临界性（ soc ）指的是一类开放的。远离平衡态的、由多个单元组成的复杂系统能够在雪崩动力学的推动下通过一个漫长的自组织过程演化到一个临界态。 |
| 9. | Two of us ( grant and starr ) developed the idea further in papers that explored how ultracold hydrogen ? either liquid or supercritical gas ? might both chill the superconducting wires and deliver energy in chemical form within a continental - scale system
我们其中两位作者（葛兰特和史塔）曾经发表论文，探讨超冷氢（包括液态或超临界态）是否可用以建立大陆规模的系统，在冷却超导线路的同时，传输化学能源。 |
| 10. | Based on the effective mass theory and critical state model , an anisotropic theory of critical current and ac losses for single hts tape and tape stacks were established . analytical formulae were presented to calculate critical currents and ac losses with an arbitrary angle between the wide side of hts tape and the direction of ac or dc applied fields . from the anisotropic theory of ac losses of hts sample , a numerical model to calculate ac losses of hts coil was developed
基于临界态模型与高温超导体的有效质量理论，建立了高温超导带材及并联堆叠带材的交流损耗与临界电流的各向异性理论模型；给出了高温超导带材的交流损耗及临界电流随(交、直流)背景磁场与超导带面夹角变化规律的理论公式；依据所建立的高温超导短样带材的各向异性理论公式，给出了高温超导线圈交流损耗的数值计算模型；并利用该模型，计算了高温超导双饼线圈的交流损耗；并与实验测量结果进行了比较分析。 |
