1.
EFFECT OF NUCLEATION TEMPERATURE ON CRYSTALLIZATION BEHAVIOR IN CaO-Al_2O_3-SiO_2 SYSTEM GLASS-CERAMIC
核化温度对CaO-Al_2O_3-SiO_2系微晶玻璃晶化行为的影响
2.
Study of Nucleation Site Density and Temperature Fluctuation at Nucleation Site in Nucleate Pool Boiling;
核态池沸腾中汽化核心密度和汽化核心处温度波动的研究
3.
Thermometer gives indication of changes in temperature.
温度计显示温度的变化。
4.
Micellization of Temperature- and pH-sensitive P(AA-g-NIPAM) and Synthesis of Core Cross-linked Nanoparticals;
温度/pH敏感性P（AA-g-NIPAM）的胶束化及其核交联纳米粒子的制备
5.
Pathogenicity Differrentiation, Infection Process of Rhizoctonia Zeae and Effect of Temperature on Germs Infection;
玉蜀黍丝核菌致病性分化、侵染过程和温度对发病的影响
6.
Graphical modeling for simulation of average temperature control systems for nuclear units' reactors
核电机组反应堆平均温度控制仿真系统图形化建模
7.
time-temperature-transformation diagram
时(间)温(度)变化图
8.
Research of thermal aware multi -core Linux scheduling algorithm
温度感知的Linux多核调度算法研究
9.
Thermometer changes with temperature
温度计随着温度的变化而变化。
10.
One η-Meson Exchange Potential of Nucleon-Nucleon at Finite Temperature
有限温度下核子-核子间的单η介子交换势
11.
A thermometer is used in the quantification of temperature.
温度计用于温度的定量化。
12.
One possible candidate is a change in temperature at the bottom of the mantle, which could force the core to change its upwelling patterns.
其中的一个可能，是地函底部的温度变化能够迫使地核改变其内部上升流动的结构。
13.
It effectively completes the control and Constance of temperature through the improved PID algorithm, and the instrument miniaturization.
处理等,保持温度的恒定. 并实现仪器的小型化 和嵌入式系统的核心控制作用。
14.
Jupiter is still cooling and shrinking, at an estimated rate of 1 mm/yr.
正常的持续稳定核聚变点火温度约400万度左右！
15.
THE RELATIONSHIP BETWEEN FROST IN JURY,LOW TEMPERATURE AND POPULATION OF ICE NUCLEATION ACTIVE BA CTERIA
作物霜冻与低温强度及冰核菌密度的关系
16.
Task scheduling for multi-core processors based on fuzzy control
基于温度模糊控制的多核处理器任务调度研究
17.
Core temperatures are similarly extreme- about5,000 degrees Celsius, similar to the temperature at the surface of the sun.
此外，地核的温度也十分极端─约为5000℃相当于太阳表面的温度。
18.
variable temperature micromagnetic susceptometer
可变温度微磁磁化率计