2) high temperature silicate melts
高温硅酸盐熔体
1.
Relationship between viscosity and fractal dimension of molecular netw ork in high temperature silicate melts;
高温硅酸盐熔体粘度与网络分数维值的相关性研究
2.
In this paper, the FD model estimating viscosity of the high temperature silicate melts has been established on the basis of measuring fractal dimension values of the molecular network in the melts.
对高温硅酸盐熔体粘度的估算一直是国际地学界热点问题之一。
3) HTMSR (high-temperature molten salt reactor)
高温熔盐[反应]堆
4) low temperature molten salts
低温熔盐
1.
In order to increase the bonding strength of hydroxyapatite (HA) coating on a steel substrate, Al-Ti/HA composite coatings were successfully prepared in AlCl_3-NaCl-TiCl_3 low temperature molten salts incorporated with HA particles.
为了提高羟基磷灰石涂层的结合强度,在AlCl3 NaCl-TiCl3低温熔盐体系中加入HA微粒,复合电沉积制备Al-Ti/HA复合涂层,并对涂层的表面形貌、结构和结合强度进行了研究。
5) room temperature molten salt
室温熔盐
1.
Application of room temperature molten salt as electrolyte for electrochemical capacitor based on carbon nanotube;
室温熔盐在碳纳米管电化学电容器中的应用
2.
Capacitance characteristics of activated carbon in room temperature molten salt electrolyte
活性炭在室温熔盐电解质中的电容特性
3.
Two concepts,the window of room temperature molten salt (RTMS) and depth of RTMS,were given to represent the capability and property of R.
在充有高纯氮气的干燥手套箱内,将硝酸铵和乙酰胺+尿素混合,用称重法准确配制含不同硝酸铵摩尔分数的硝酸铵和乙酰胺+尿素混合样品,利用差示扫描量热法建立了硝酸铵和乙酰胺+尿素二元相图·提出了室温熔盐窗口和室温熔盐深度两个概念,用来衡量形成室温熔盐的能力及其性质·依据相图,指出了该体系能形成室温熔盐,室温熔盐窗口的组成范围是x(NH4NO3)=15%～40%;室温熔盐深度为32K
6) room temperature molten salts
室温熔盐
1.
Electrodeposition of aluminum on stainless steel from room temperature molten salts
不锈钢基体室温熔盐电沉积铝
2.
Influence of acid pickling on electrodeposition of aluminum on magnesium alloy in room temperature molten salts
酸浸蚀处理对AZ91D镁合金室温熔盐镀铝的影响
3.
At first, the dense, uniform aluminum coating was electrodeposited on 201 austenitic stainless steel from acid AlCl_3-EMIC (2∶1) room temperature molten salts, then the samples were heat treated for 2min～100h at 570℃～680℃.
本研究以201奥氏体不锈钢为基体,在酸性的AlCl3-EMIC(2∶1)室温熔盐中电沉积均匀致密的铝镀层,然后在570℃～680℃下对试样进行2min～100h的热处理,用SEM、EDS及XRD对热处理后的试样界面进行微观分析。
补充资料：高温
较高的温度，在不同的情况下所指的具体数值不同，例如在某些技术上指几千摄氏度以上，在工作场所指32摄氏度以上。
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