1)  temperature gradient
升温梯度
2)  temperature rising
升温
1.
Discussion on the effect of changing mathematic simulation curve inflexion points to the polymerization temperature rising state;
浅析数学模拟曲线拐点变化对聚合升温反应状态的影响
2.
Influence of flame radiation on temperature rising of steel members in large space fire;
大空间火灾中火焰辐射对钢构件升温的影响
3.
On the temperature rising behavior of modified activated carbon in the field of microwave radiation;
改性活性炭在微波场中的升温行为
3)  heating-up
升温
1.
The principle of thermodynamics,tribology and combustion theory was used to analyze and explore the mechanism of rock mass surface heating-up and the relationship of energy transformation in the process of rock mass's friction and crash.
利用热力学、摩擦学、燃烧学等原理,研究了岩石摩擦、撞击过程中的能量转化关系及岩石表面升温机理,建立了岩石升温的数学模型,分析了引起瓦斯燃烧的条件,得出了岩石摩擦、撞击过程中引起表面升温的主要因素为岩石相互作用的摩擦生热、岩石变形引起的应变能升温和岩石破坏释放能量升温。
2.
The energy transformation and heating-up mechanism in the course of the rock ram are analyzed,and the theoretical heating-up formula is acquired.
分析了岩石在撞击过程中的能量转化及其升温机理,推导出了理论升温公式。
4)  rising
升温
1.
The Rising of Indo-Japan Relations at the Beginning of 21 Century and Its Impact on the International Relations in Asia-Pacific;
21世纪初印日关系的升温及其对亚太国际关系的影响
5)  heating
升温
1.
This plant made full use of this nitrogen line and modify the heating method,so shorten the heating time with process gas, reduce the waste of process gas and obtain some economic results.
凯洛格氨合成流程中设计有一条用氮气升温的管线 ,内蒙古化肥厂充分利用此管线 ,改进升温方法 ,缩短工艺气升温的时间 ,减少工艺气的浪费 ,取得一定的经济效
2.
The author of the article describes the catalyst heating process in the absence of a preheater in the 300 kt/a sulfur-based sulfuric acid plant, necessary conditions before heating catalysts, and the heating methods and attention-worthy issues, and states that the process is advanced, practicable and worth wide app.
硫酸装置化工投料试车前为给催化剂升温要设置预热炉、预热器或电炉,其投资大、利用率低。
3.
The resistance furnace is the common equipment for heating and preservation of temperature in a laboratory.
这就需要设计和制造升温快、容量大的电阻炉。
6)  warm-up
升温
1.
Numerical study of cool-down or warm-up of the superconducting solenoid magnet in BEPCⅡ;
BEPCⅡ SSM超导磁体降温和升温过程数值研究
参考词条
补充资料：程序升温脱附
分子式：
CAS号：

性质：TPD将已吸附了吸附质的吸附剂或催化剂按预定的升温程序(如等速升温)加热，得到吸附质的脱附量与温度关系图的方法。主要用于考察吸附质与吸附剂或催化剂之间的结合情况，可获得催化剂表面性质，活性中心，表面反应等方面的信息。例如用NH3TPD测量表面酸性，CO2 TPD测量表面碱性等。脱附谱包含的信息有峰的数目(与结合状态数有关)，峰极大处的温度值和各种结合状态的分子数(正比于每个峰的面积)。对图谱随加热速度和初始覆盖度变化的分析，可得出每一结合状态的其他信息，如脱附活化能，脱附速率常数的指前因子和脱附动力学级数。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。