1) mixing system
混比系统
2) blending ratio
混比
3) blend ratio
共混比
1.
The composites of woodfiber and LLDPE/PS alloy in different blend ratios and blend temperatures were prepared and the appearance quality and the mechanical and physical properties of the composites were evaluated also.
结果表明:不同共混比例与共混温度对制备的塑料合金熔体流动性、力学强度有较显著影响。
2.
The effects of blend ratio, curing system, reinforcement agents, soften agents and silane coupling agents on dynamic mechanical properties of IIR/CIIR blends were researched.
研究了共混比、硫化体系、增强剂、软化剂和硅烷偶联剂对IIR/CIIR共混胶动态力学性能的影响。
3.
The effect of blend ratio on the water-repellent and handle propertiesetc.
着重以 SEM 法和溶解度参数法研究了二者的相容性,共混体形态结构及共混比对共混体拒水性、手感等性能的影响。
4) Blending ratio
共混比
1.
The different concentration white masterbatch were made of LLDPE and LDPE as the carrier resin,with different blending ratios.
以不同共混比的LLDPE/LDPE为载体树脂,制成不同浓度的白色母粒,研究该载体树脂的共混比对不同浓度母粒在塑料中色彩性能、遮盖力,以及母粒加工流变性的影响。
2.
blending ratios, fillers, homogenizing agent 60NSF, ENR and modified EPDM through graft reaction with potassium oleate on properties of EPDM/NR blends were studied.
本文研究了不同硫化体系、共混比、填料的品种、均匀剂60NSF、环氧化天然橡胶对EPDM／NR共混胶的硫化特性、硫化胶物理机械性能的影响以及用油酸钾接枝改性EPDM后再与NR共混的硫化胶的综合性能的影响。
5) Blending ratio error
混比偏差
6) blending ratio
掺混比
1.
Through changing some factor such as the furnace temperature,excess air factors,the temperature of the second wind ,the ratio of the first wind and the second wind, the quantity of coal powder, the influence on the SO 2 emission about blending coal which blended with different blending ratio was discussed,That provides the theory thereunder to high efficiency clean .
在一维沉降炉上对某电厂燃用的几种烟煤及其混煤进行了试验研究 ,通过改变炉膛温度 ,过量空气系数 ,二次风风温 ,一、二次风配比 ,给粉量等 ,分析了这些因素的变化对这几个煤种按不同掺混比组成的混煤燃烧时SO2 排放量的影响 ,为大型电厂锅炉高效清洁燃烧提供了理论依据。
2.
The GFS of different coal sample are calculated based on the test data of the coal samples with different blending ratios.
利用热天平对由燃烧性能相差较大的烟煤和无烟煤掺混得到的混煤的燃烧性能进行了实验研究，计算了不同掺混比下混煤的燃烧动力学参数；并根据不同配比下混煤实验曲线的变化规律，提出了衡量煤从开始燃烧到燃尽这一过程平均燃烧速率的指数ＧＦ；对不同配比下煤的ＧＦ值进行了计算。
参考词条
补充资料：混头混脑
1.头脑胡涂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。