thermal-insulating value

thermal-insulating value的基本解释

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绝热值

与thermal-insulating value相关的网络例句 [注：此内容来源于网络，仅供参考]

Surface temperature difference is a very important parameter for the calculation of real thermal inertia value.

因为在建立热惯量模型的过程中，其中一个很重要的参数就是地表温差。

The most significant requirement of the material in the application is a low and consistent thermal conductivity value.

应用材料最重要的要求是低导热性值，并且是相容一致的。

Good thermal stability and self-extinguishing behavior was observed with the cured polybenzoxazine resins. Second, furan-containing benzoxazine monomers, P-FBz, BPA-FBz, and 4FP-FBz were prepared using furfurylamine as a raw material. Formation of furfurylamine Mannich bridge networks in the polymerizations of P-FBz and BPA-FBz increased the cross-linking densities and thermal stability of the resulting polybenzoxazines. P-FBz and BPA-FBz- based polymers also exhibited high glass transition temperatures above 300℃, high char yields, and low flammability with a limited oxygen index value of 31. The dielectric (Dk3.21–3.39) and mechanical properties (high storage modulus of 3.0–3.9 GPa and low coefficient of thermal expansion of 37.7– 45.4 ppm) of the P-FBz and BPA-FBz-based polymers were superior or comparable to other polybenzoxazines. 4FP-FBz used for polybenzo- xazine modification by means of formation of benzoxazine hybridation with P-FBz.

第二部份以2-呋喃甲胺为起始物，制备了P-FBz、4FP-FBz与BPA-FBz 三个含呋喃官能基之氧代氮代苯并环己烷的单体；BPA-FBz与P-FBz於开环聚合中形成之Mannich bridge网状结构有效地提升聚氧代氮代苯并环己烷聚合物之交联密度与热安定性；Poly与Poly具有大於300℃之玻璃转移温度、高的焦炭生成率与具有31之极限氧指数(Limited oxygen index， LOI)的难燃性特质，Poly与Poly之介电常数(Dk=3.21~3.39)与机械性质[3.0~3.9 GPa的储存模数与37.7~45.4ppm之低热膨胀系数( Low coefficient of thermal expansion， Low CTE)]均较其他聚氧代氮代苯并环己烷为优；4FP-FBz具有低之介电常数(Dk=2.7)，以其作为降低介电常数之反应型改质剂，与P-FBz混成，证实可有效地降低Poly的介电常数。

与thermal-insulating value相关的网络解释 [注：此内容来源于网络，仅供参考]

caloric value; caloricity; calorific value：卡值

"caloric unit; thermal unit","热量单位" | "caloric value; caloricity; calorific value","卡值" | "calorie","卡"

thermal capacity value：热容量值

thermal capacity 熱容量 | thermal capacity value 热容量值 | thermal capture 热中子俘获

thermal vacuum valve：温控真空阀

thermal vacuum switch温控真空开关 | thermal vacuum valve 温控真空阀 | thermal value 热值