1) noninvasive core temperature
无创体核温度
2) non-invasive temperature estimation
无创温度检测
3) noninvasive estimation of temperature
无创温度监测
4) non-invasive temperature evaluation
无创测温
1.
Study of AR model in non-invasive temperature evaluation of ultrasound hyperthermia
超声热疗无创测温中AR模型方法应用研究
5) nucleation temperature
核化温度
1.
The nucleation temperature and crystallization temperature of the glass-ceramics were investigated.
实验结果表明,样品的主晶相为Li2SiO3,合适的核化温度范围为450~630℃,晶化温度范围为670~760℃,样品的最大抗折强度为95。
2.
The flexural strength of the glass-ceramics at different nucleation temperature was measured.
测定了在不同核化温度下试样的抗弯强度,用DTA、XRD和SEM研究核化温度范围并鉴定玻璃陶瓷主晶相。
6) nuclear temperatures
核温度
1.
Starting from the most fundamental nucleon-nucleon interaction, and with the help of semi-classical variation approach, the density distribution of proton in hot nucleus \{\}\+\{208\}Pb is obtained, and its nuclear charge distribution under the different nuclear temperatures microscopically studied.
从最基本的核子－ 核子相互作用出发，利用半经典变分（ Ｓ Ｃ Ｖ） 方法，确定热核质子密度分布，微观地研究了热核２０８ Ｐｂ 在不同核温度下的电荷密度分布。
补充资料：创体
1.谓诗词在体裁或格律方面的创新。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条