2) explosive containing aluminium powder
含铝炸药粉
1.
It is found that as the negative oxygen balance value of the explosive containing aluminium powder is-0.
利用我们研制的光谱技术成功地研究了5种不同含铝炸药粉的快速反应特性。
3) aluminum and magnesium content
铝镁含量
1.
Based on the experiments,this article emphasizes the influence from aluminum and magnesium content to the etching performance of microcrystalline zinc board.
文章以实验为依据,着重探求了铝镁含量对微晶锌板蚀刻性能的影响。
4) Al content
铝含量
1.
The uncertainty of Al content were 0.
用50g/L的氢氧化钠溶液溶解镀铝锌钢板镀层,以盐酸溶液(1+4)进行酸化,采用ICP?AES法测定两种镀铝锌钢板镀层中的铝含量,测定结果的相对标准偏差分别为2。
2.
The Zn-Al alloy coat mass of steel wire with different diameters can be increased and Al content can be controlled as controlling N_2 Pressure and improving Dv value.
通过控制氮气压力或提高Dv值,相应提高不同规格的钢丝锌-铝合金面质量,同时控制铝含量。
5) aluminum content
铝含量
1.
,Baosteel Group,through analyzing the plate's texture,metallurgical structure,grain orientation,hardening index,plane plastic strain ratio and cold forming performance with different aluminum contents,influence of aluminum on plate's processing properties has been discussed from the angle of the product's microstructure.
以宝钢梅山公司的SPCC典型钢种为例,通过对不同铝含量板卷织构、金相组织、晶粒取向、硬化指数、平面塑性应变比、冷成型性能试验的分析,从微观结构的角度探讨铝对工艺性能的影响。
2.
But the aluminum is an intoxicating factor with special bio-toxicity,thus,the determination of aluminum content is very important for quality of life.
而铝是一种具有特殊生物毒性的致毒因子,所以,铝含量的测定对于人们生活质量有着重要意义。
3.
Effects of aluminum content and temperature of molten aluminum on formation of second phase particles by thermal explosion synthesis of Al-Ti-C and grain refining results were investigated.
研究了铝含量和铝液温度对热爆法合成Al-Ti-C中间合金第二相粒子形成规律及细化效果的影响。
6) Aluminium content
铝含量
1.
The article mainly introduces the new method of using chromazurine S as developer spectrophotometry to determine aluminium content.
研究了在液氯介质中 ,铬天青 S作显色剂分光光度法测微量铝的新方法。
补充资料:炭黑细粉含量
分子式:
CAS号:
性质:在规定的实验条件下,造粒炭黑通过规定的筛网的部分。以一定量的造粒炭黑放入振筛机的筛网上振筛,通过筛子的炭黑作为造粒炭黑的细粉含量,其结果以质量分数表示。主要用以衡量造粒的效果。
CAS号:
性质:在规定的实验条件下,造粒炭黑通过规定的筛网的部分。以一定量的造粒炭黑放入振筛机的筛网上振筛,通过筛子的炭黑作为造粒炭黑的细粉含量,其结果以质量分数表示。主要用以衡量造粒的效果。
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