| 1. | Adiabatic temperature probe
绝热温度传感器 |
| 2. | Adiabatic temperature change
绝热温度变化 |
| 3. | Adiabatic temperature rise
绝热温升 |
| 4. | Plastics - phenolic resins - determination of the pseudo - adiabatic temperature rise of liquid resols when cured under acid conditions
塑料.酚醛树脂.测定可溶酚醛树脂在酸性条件下凝固时假绝热温升 |
| 5. | En iso 9771 plastics . phenolic resins . determination of the pseudo - adiabatic temperature rise of liquid resols when cured under acid conditions
塑料.酚醛树脂.测定可溶酚醛树脂在酸性条件下的反应性 |
| 6. | Also the correcting rules of three kinds of common adiabatic temperature rise of concrete were researched . 2
并对三种常用混凝土绝热温升计算公式的修正规律及时间步长与精度的关系等问题进行了研究。 |
| 7. | The change of adiabatic temperature rise along with age and the effect on temperature field of dam body made by pouring lift by lift , work suspension in summer and water storage are considered in the analysis
分析中考虑了混凝土的绝热温升随龄期的变化和分层浇筑、夏季停工及蓄水对坝体温度场的影响。 |
| 8. | In this paper , referring to qingju water power station , temperature control analysis and study has been done : study on the match ratio of the concrete and question of modifying of the special fine sand concrete to improve resisting ability of splitting of concrete ; study on the technology of the highly mixed fly ash to reduce the adiabatic temperature rise of concrete ; in case of the condition of resisting splitting to allow , study on the temperature control measure to strengthen and water the size of building , simplify the operational procedure , accelerate the construction speed , economize the expenses of the project
温控问题成为青居水电站设计和施工的关键技术问题。 、本文对水工大体积混凝土温控问题进行了分析和总结，结合青居水电站闸坝工程，开展温度应力及温度控制研究:研究混凝土的配合比及特细砂混凝土‘改性问题，提高混凝土的抗裂能力;研究高掺粉煤灰技术，降低混凝土的绝热温升:在抗裂条件允许的情况下，研究施工过程中温控措施的简化，以加大浇筑尺寸，简化施工程序，加快施工进度，节约工程费用。 |
| 9. | According to the thermodynamics theories , reaction free energy and adiabatic temperature in zro2 - b _ 2o _ 3 - mg system have been theoretically calculated and analyzed . results of adiabatic temperature calculation showed that the adiabatic temperature of zro2 - b _ 2o _ 3 - mg system without diluent was 3093k , and it reduced with improvement of diluent content . when the diluent mgo content was 0 ~ 45 % , or the diluent zrbb2 content was 0 ~ 62 % the shs process would occer
绝热温度计算表明:稀释剂含量为零时, zro _ 2 - b _ 2o _ 3 - mg体系的绝热温度tad为3093k ,随着稀释剂含量的增加绝热温度呈现逐渐降低的趋势,得出了稀释剂mgo含量在0 45 % ,稀释剂zrb2含量在0 62 %之间的所有组分的体系均有足够的热量来完成燃烧合成反应的结论。 |
| 10. | The experimental results show that in situ reaction between several oxides and al balances adiabatic temperature and controls the drastic reaction between cuo and al . at the same time , this kind of in situ reaction also accelerates the other replacement reactions and makes them react till to the end
实验结果表明采用多种氧化物原位反应法合理调配了不同反应的绝热温度，控制了cuo与al剧烈的铝热反应，同时促进了其它单质氧化物与al反应，使其能自我维持进行下去。 |
