| 1. | Ag melting and superheating at high heating rate
升温速率对金属熔化和过热的影响 |
| 2. | Effects of heating rates on the sintering behaviors of alumina powders
升温速率对氧化铝粉末烧结行为的影响 |
| 3. | Control role of primary hydrocarbon temperature - increasing velocity of organic matter to the secondary hydrocarbon generation
有机质初次生烃升温速率对二次生烃的控制作用 |
| 4. | Comprehensive evaluation by fuzzy mathematics on hydrocarbon generation potential of carboniferous source rocks in tarim basin
加水模拟条件下升温速率对烃源岩成烃源岩特征的影响 |
| 5. | For this cryomicroscope , the maximum warming rate can reach 100 / min , and the minimum cooling rate can reach 50 / min
本系统能够实现的最大升温速率为100 min ；最大降温速率为50 min ；控温精度达到1 . 5 。 |
| 6. | The shaped briquet was sintered at 1600 for 2 . 5 hours under normal pressure and at certain heating rate in si - mo electric furnace
成型后的坯体置于硅钼棒电炉中，在常压、适当升温速率下于1600保温2 . 5小时烧结。 |
| 7. | Low heating rate and high sintered pressure were profitably for reducing the rate of pore so as to increase the relative density of sintered body
低的升温速率和高的烧结压力有利于气孔的排出，降低气孔率，从而提高烧结体的致密度。 |
| 8. | Thermal conductivity of solid fuel , specific heat and curve of scaning hot method ( dsc ) under different temperture rate were acquired
进行了热物性参数试验研究,获得了固体燃料的导热系数、比热以及不同升温速率下的差示扫描量热法( dsc )曲线。 |
| 9. | Differential scanning calorimetry ( dsc ) was applied to explore the calcinations parameters , including temperature raising and decreasing rate , holing temperature and time
采用dsc对原料进行了差热分析，确定合适的升温速率、降温速率、保温温度及保温时间等煅烧条件。 |
| 10. | The oxygen desorption activation energy of ybaacuso7 - x was obtained by different heating rates and the relationship between resistivity of yba2cu3o7 - x and oxygen pressure was measured
用多个升温速率方法得到了ybco的氧脱附活化能。实验测量了ybco的电阻率随氧分压的变化关系。 |
