| 1. | Identification of concrete thermal parameters based on fuzzy theory
基于模糊理论的混凝土热力学参数识别方法 |
| 2. | The application examples of thermodynamic phase diagram in new ceramic
热力学参数状态图在新型陶瓷材料中的应用实例 |
| 3. | Study on the thermodynamic parameters for adducts of lewis a - b by gas liquid chromatography
酸碱加合反应的热力学参数 |
| 4. | The great deviation of thermodynamic parameter will be brought on the calculation of thermodynamics process by using the common idealized assumption for humid air
为了满足工程设计的要求,湿空气必须看作实际气体,以便在高温高压条件下准确确定其热力学参数。 |
| 5. | The results are compared with the data offered by asher . 3 . the factors of compressibility of humid air are calculated by this new state equation
计算了本文提出的热力学参数范围内真实湿空气的焓和熵; 5 .用eos法和活度系数法对湿空气的汽液相平衡进行了计算。 |
| 6. | As a result , we focus on applications of spr and qcm biosensors for high - throughput screening and the acquisition of thermodynamic and kinetic parameters of different biding systems in this article
本文中，笔者针对表面电浆共振与压电石英微天秤在小分子药物活性筛选、动力学及热力学参数的求测来进行探讨。 |
| 7. | On the other hand , explosive boron nitride ( e - bn ) , another high - pressure phase of bn , was obtained in the resultant films . we also studied the thermodynamic parameters of the growth of e - bn films
另外，在我们所制备的薄膜中还得到了氮化硼的另一高压相-爆炸结构氮化硼( e - bn ) ，并初步研究了其生长的热力学参数。 |
| 8. | Selecting thermal characteristic parameters of concrete according to the feedback analysis of the data determined in spot is a kind of reliable method when big physical volume concrete temperature field is in simulative calculation
摘要大体积混凝土温度场仿真分析时，根据现场实测资料对温度参数反分析是选取热力学参数的一种比较可靠的方法。 |
| 9. | A kind of improved accelerating genetic algorithm and its parallel method are introduced the good result is obtained with the application of the method in feedback analysis for the rmnal chatacteristic porameters of concrete in some actual engineerings
提出一种并行化的改进加速遗传算法，应用于某实际工程的混凝土温度场热力学参数的反分析，取得了较好的效果。 |
| 10. | Concentrated on simulative analysis of 3 - d temperature and stress fields of concrete dams , determination of thermodynamic parameters , cracking mechanism , crack prevention , crack control and crack repairs , the mainly work in this dissertation are as follows : 1
本文围绕混凝土坝三维温度场与应力场仿真分析、热力学参数确定、裂缝成因机理、防裂限裂措施及裂缝补救方法等，作了如下的工作： 1 |
