1) thermal imidization
热环化
1.
The thermal imidization behavior of a linear polyamic acid for the different kinds of treatments was investigated by GPC and FT-IR.
利用GPC、原位FT-IR技术研究了聚酰胺酸(BPADA-BAPS)在不同热处理过程中的热环化,结果表明,升温过程中,聚合物分子链断裂成酐、胺端基这一动态平衡的平衡常数在175℃～200℃段趋于最大;初始热环化温度(Tonset)随升温速率的递增而升高,推测其受溶剂与酰胺酸基团间的氢键和酰胺酸基团自身的构象调整难易程度、速率的影响;恒温热环化过程中,聚合物的Tg不断升高。
2.
Thermal imidization of the polyamic acid derived from BPADA and BAPS was investigated mainly by GPC and FTIR equipped with an in-situ hot cell.
利用GPC、原位FTIR测定了长链聚酰胺酸PAA(由双酚A二酐与 4 ,4′ 二 (4 胺基苯氧基 )二苯酚制备 )的热环化过程 。
2) Thermalization cycle
热化循环
3) thermochemical cycle
热化学循环
1.
The thermochemical cycles based on metal oxides were reviewed.
介绍了以金属氧化物为介质的热化学循环分解水制氢。
2.
This paper discusses the relationship between thermochemical cycle and acidic strength of non_oxyacids, stability of compounds, solubility of ionic compounds, and summarizes thermochemical cycle and its application to education of elemental chemistry.
本文对热化学循环与无氧酸的酸强度、化合物的稳定性、离子化合物的溶解性等关系进行了分析和讨论， 概述了热化学循环及其在元素化学教学中的应
3.
The optional techniques of nuclear hydrogen production, including steam methane reforming (SMR), high temperature electrolysis (THE) and thermochemical cycle, was introduced and reviewed.
本文对核能制氢的工艺,包括甲烷蒸气重整、高温电解和热化学循环进行了综述;提出了制氢过程对反应堆的要求,并介绍了高温气冷堆用于核能制氢的优势。
4) thermal cyclic oxidation
热循环氧化
1.
The thermal cyclic oxidation behavior of a thermal barrier coatings, which is composed of a Ni_3Al-based superalloy substrate, NiCoCrAlYHf bond coat prepared by cathode vacuum arc deposition and Y_2O_3-ZrO_2 coating prepared by EB-PVD, was studied between 1150℃ and 30℃.
研究了在Ni3Al基高温合金基底上采用阴极电弧镀方法制备NiCoCrAlYHf粘结层、电子束物理气相沉积(EB PVD)方法制备Y2O3 ZrO2陶瓷层的热障涂层(TBCs)在1150～30℃之间的热循环氧化行为。
2.
The aluminium atoms outward diffusion and the lateral growth of the oxide scale are prenvented; during 1 200℃ / room temperature thermal cyclic oxidation, rare, earth elements.
它们阻碍铝向表面扩散,抑制氧化膜的侧向生长;在1200℃/室温之间热循环氧化历程。
5) thermochemical recycling
热化学循环回收
6) Thermochemical decomposition cycle
热化学分解循环
补充资料：多环芳烃与烷基苯-甲苯(热加氢脱烷基化蒸馏残留物)
CAS：68333-90-4
中文名称：多环芳烃与烷基苯-甲苯(热加氢脱烷基化蒸馏残留物)
英文名称：Aromatic hydrocarbons, polycyclic, alkylnaphthalene-toluene thermalhydrodealkylation distn. residues Hydrodealkylated tars
中文名称：多环芳烃与烷基苯-甲苯(热加氢脱烷基化蒸馏残留物)
英文名称：Aromatic hydrocarbons, polycyclic, alkylnaphthalene-toluene thermalhydrodealkylation distn. residues Hydrodealkylated tars
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