采用灼烧称量法测定氧化锌脱硫剂硫容。
The sulfur content in zinc oxide desulfurizer was calculated by the fire weighing method.
小试中重点考察了脱硫剂的活性、硫容、寿命以及脱硫剂的再生。
In this experiment, the activity, life and SO_2 capacity of desulphurizer and the performance of desulphurizer regeneration are studied.
使用该工艺可以实现上述高硫容铁系脱硫剂的大批量工业化生产，效率高。
Using the process, the mass industrialized production of the above high-sulphur capacity iron-based desulfurizer is realized, and the efficiency is high.
工业运行表明，此种脱硫剂在强度、硫容、脱硫精度方面，结果都甚为满意。
Satisfactory strength, sulfur capacity and desulfurization level were shown by the desulfurizer in industrial operation.
随着含量的增加，脱硫剂穿透时间和一次硫容都明显增加，但是机械强度却有所下降。
With the increase of concentration, the breakthrough time and sulfur capacity were significantly increased, but the mechanical strength had declined somewhat.
介绍了一种氧化铁脱硫剂硫容的原粒度测定方法，并与小粒度测定方法作了对比实验。
The paper introduces an original size measurement of ferric oxide desulfurizer, and does an experiment compare to the small size measurement.
减小粒度和增加负载量都可以提高硫容，其自体有再生能力但再生仅能恢复脱硫剂的部分脱硫功能。
Decrease of grain size and increase of load amount could increase desulfurization capacity but regeneration by itself could only recover part of desulfurization capacity.
含铁金属氧化物来源广泛、价格低廉、反应速率快、硫容高，是备受关注的粗脱硫用吸附剂的活性组分。
Iron oxide with the high sulfur capacity, the high reactivity, extensive sources and low price is considered as one of the most favorable sorbents for bulk removal of H2S.
考察了不同煅烧温度下前驱体粉末的活性、不同高岭土添加量以及不同淀粉添加量对成型脱硫剂有效硫容的影响。
The activity of precursor powder at different calcination temperatures and the influence of kaolin and starch additional on the effective sulfur capacity of shaped desulfurizer were investigated.
赋存于不同时代地层中的典型矿床的硫化物硫同位素组成，总体上显示出与容矿地层同期形成的海相硫酸盐硫同位素组成相一致的特征。
Sulfur isotopic compositions of sulfides in the typical ore deposits hosted in different strata are on the whole consistent with those of Marine sulfates in corresponding host strata.
赋存于不同时代地层中的典型矿床的硫化物硫同位素组成，总体上显示出与容矿地层同期形成的海相硫酸盐硫同位素组成相一致的特征。
Sulfur isotopic compositions of sulfides in the typical ore deposits hosted in different strata are on the whole consistent with those of Marine sulfates in corresponding host strata.
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