1) thermonuclear temperature
热核温度
2) 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。
3) 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。
4) nuclear temperature
核温度
1.
The slope nuclear temperature parameters and the isotope nuclear temperature parameters are extracted from the slope of energy spectra and double isotope yield ratios respectively, and on average, the slope temperatures are slightly larger than the isotope temperatures.
对于后角热核发射体系 ,实验提取的核温度为 ( 4。
2.
Then, the nuclear temperature T of the intermediate dinuclear system are determined, and discussed by using a concept of coherence rotation.
从27Al＋27Al耗散反应产物的激发函数中提取能量相干宽度Г,再求出双核系统的核温度T，并用相干转动的概念进行以合与解释。
3.
By employing the method of double ratios of isotope yields, the nuclear temperature parameters for the reactions of 30 MeV / u 40Ar bombarding 58Ni,64Ni and 115In targets.
利用同位素产额比方法，提取了３０ＭｅＶ／ｕｏ０Ａｒ轰击５８Ｍ，６４Ｎｉ和１１５Ｉｎ的反应中中等质量碎片（ＩＭＦｓ：３≤Ｚ≤８）的发射体的核温度参数，给出了“表观”温度与一些物理量的依赖关系以及对边馈（ｓｉｄｅ－ｆｅｅｄｉｎｇ）效应的影响进行修正后的温度参数。
5) Core temperature
核心温度
1.
This modal can simulate human body skin temperature,core temperature and sweat.
为了研究某型抗荷服在不同环境条件下的热防护性能,在分析抗荷服传热传质特点的基础上对该服装的不同节段分别建立不同的服装传热模型,再将人体热调节模型和服装模型结合起来模拟不同环境条件下人体着装的动态仿真,得到人体各节段皮肤温度、人体平均温度、核心温度以及出汗量等,计算出飞行员综合热应激指数,并进行实验验证。
6) heat level
温度，热度
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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