- 更多网络例句与吸附剂相关的网络例句 [注：此内容来源于网络，仅供参考]
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The experimental data demonstrated that the molar monomer (42VP)/ cross2linkerratiowasthemajorfactoraffectingtheadsorbent'scapacityfor PFOS; degree of polymerization , solvent/ water of the reaction mixture , type of organic solvent and cross2 linker affected its shape and specific surface area more significantly than its PFOS capacity.
研究结果表明：单体(42乙烯基吡啶)含量对吸附剂去除PFOS 的效果影响显著；而聚合状态、聚合液含水率、有机溶剂和交联剂的种类仅对吸附剂形态和比表面积有一定影响，但对吸附剂去除PFOS 的效果影响不大。
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Adsorption isotherm shows that the adsorption type belongs to theⅠadsorption, and in according with micropore filling theory; Adsorption isobar shows that low temperature favors the adsorption; the water contained in the adsorbents is harmful to the increase of the adsorption capacity.
V/V(吸附甲烷的体积/容器的体积)。甲烷在富纳米孔炭质吸附剂上的等温吸附曲线表明，吸附类型属于Ⅰ类吸附，符合微孔填充理论；等压吸附曲线表明，低温有利于体积吸附量的增加；吸附剂中水分的增加对吸附有不利的影响。
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The result showed that the optimal condition of inorgano-absorbent manufacture as following: concentration of vitriol is 15%, the bentonite carrier must be soaked in the 0.4% La(superscript 3+) solution, the pH is 10, microwave radiation power is 340 W for 5 min. The optimal condition of organo-absorbent manufacture process as following: concentration of CTMA is 5%. The rate of wave must 166 W and the time of radiation is 6 mi In addition, the experimental results showed that with inorgano-absorbent the pH number is 3~6 and the reaction time is 45 min, the removal efficiency of phosphor will be up to 99% and the amount of adsorption will be up to 41 mg/g. And with organo-absorbent the pH number is 3~4 and the reaction time is 45 min, the removal efficiency of phosphor is more 30% than that of inorgano-absorbent. The removal efficiency of phosphor will be up to 99% and the number of adsorption will be up to 60 mg/g.
实验表明：①制备无机稀土吸附剂的适宜条件为：硫酸浓度15%，镧浓度0.4%，浸渍pH值10，微波功率340 W，辐射时间为5 min；②制备有机稀土吸附剂的适宜条件为：表面活性剂浸泡浓度为5%，微波功率为166 W，微波辐射时间为6 min；③无机稀土吸附剂当溶液的pH值为3~6，振荡时间为45 min时，对磷去除率为99%以上，吸附量达到了41 mg/g以上，有机稀土吸附剂当溶液的pH为3~4，振荡时间为45 min时，其效果比原来镧改性的无机吸附剂吸附量提高了30%，磷去除率为99%以上，吸附量达到了60 mg/g以上。
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The characterization of cassava absorbent was measured by SEM, the specific surface area of cassava absorbent was calculated based on BET two parameter theory and the absorption isotherm of cassava absorbent was analysed with Sircar model prediction model.
对木薯吸附剂进行了SEM表征，应用BET二参数理论计算木薯吸附剂的比表面积，对木薯吸附剂的吸附等温线进行Sircar模型预测和分析。
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Chitosan had been modified by polyacrylate sodium, glularaldehyde, and NaBH4, respectively, which afforded three kinds modified chitosan: polyacrylate sodium modified chitosan (CIS- PA4) chitosan bead and pentamethylene diamido crosslinked chitosan bead (CTSB- G- Hy). The adsorption properties of CTS-CTSB and CTSB-G-Hy were studied by L25(56) orthogonal experimental design. They show high adsorption activities for Pb2+ in solution. The highest removal efficiency of Pb2+ for CTS-PA4, CTSB and CTSB-G-Hy is 94%, 96% and 93%, respectively. The results showed the adsorption property of CTSB is the highest. The CTSB- G- Hy has good mechanical property, acid-resistance and alkali-resistance.
第二部分壳聚糖的改性及其对水溶液中铅离子的吸附性能研究以壳聚糖为原料制备了三种改性吸附剂——聚丙烯酸钠改性壳聚糖(CTS——PA_4)、珠状壳聚糖凝胶树脂和戊二氨交联珠状壳聚糖凝胶树脂，着重考察了CTSB—G—Hy的制备条件，并考察了三种吸附剂吸附6.3mg/L铅离子水溶液中铅的最佳使用条件，结果表明对CTS—PA_4而言当pb~(2+)溶液的pH在4～6.5之间，吸附剂用量为5g/L，吸附时间为1h时pb~(2+)去除率高于94％，CTS—PA_4可在酸性条件下使用，在碱性条件下依然有效但处理效果较差；CTSB对pb~(2+)具有很好的吸附能力吸附剂用量为5g/L，吸附时间为1h时处理效果极佳，pb~(2+)去除率高于96％；CTSB—G—Hy对pb~(2+)具有一定的吸附能力，吸附剂用量为3g/L，吸附时间为1.5h时处理效果最佳，Pb~(2+)去除率高于93％，而且CTSB—G—Hy的机械强度高，耐酸碱性强，可在较宽的pH范围内使用。
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After adsorbent was saturated by sulfur in adsorption, it can be regenerated with ultrasound, the optimum regeneration conditions are: methanol as regeneration agent, regeneration temperature 60℃ and LHSV of methanol 1.76h-1, methano dosage 100mL, amount of treated adsorbent 10g . Adsorbent was reused for three times, initial desulfurization efficiency is respectively 94.3%、94.3%、91.8%, the adsorbent has a good reappearance.
在超声波存在的条件下，以甲醇为再生剂，在再生温度为60℃、甲醇液态空速为1.76h-1、甲醇用量为100mL的实验条件下对10g动态吸附后饱和了的吸附剂进行再生，吸附剂经过三次再生后初始流出汽油的脱硫率分别达到94.3%、94.3%、91.8%，该吸附剂具有良好的再生性能。
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Different compound adsorbents thermal conductivities were measured at different adsorption capacities.It got these conclusions: At the same adsorption capacity,the compound adsorbents thermal conductivities increase with the quantities of the silicate sol contents increase.The compound adsorbents thermal conductivities increase sharply during the silicate sol contents vary between 0%～(7.5%).The therm...
试验结果表明：在同一吸附量的情况下，导热系数与其添加的粘结剂含量正相关，并且在w=0%~7.5%的添加粘结剂范围内导热系数随着粘结剂含量增加而显著增加；13X沸石原粉、复合吸附剂样品Z1和Z2的导热系数随其吸附量增加呈近似线性增长，当吸附量从0%增加到25%时，各吸附剂导热系数均增加了150%以上；配置出复合吸附剂Z1和Z2在分别添加w=5.0%和7.5%的添加剂下，平均导热系数分别为0.183和0.199 W/，比13X原粉分别提高65.4%和80.1%；将配置的复合吸附剂Z2应用于太阳能冷管，其制冷系数COP约为
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Four different sorbents (CaSO4, kaoline, CaCO3 and bauxite) were used to make the control test of heavy metals; and different sorbents were found to have different adsorption of heavy metal. These sorbents not only had physical adsorption of heavy metals but also had chemical reaction between sorbents and heavy metals.
添加无水CaSO4，高岭土，铝土矿，无水CaCO3 4种不同的吸附剂，发现不同的吸附剂对不同的重金属有不同的吸附作用。4种吸附剂对重金属元素的吸附既有物理吸附，又有吸附剂与重金属之间的化学反应。
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Results show that the mycelium is better than the peanut hull in the preparation of the surface coating chitosan adsorbent; the adsorptive capacity of Ni2+ by the surface-coated adsorbent increased by 50%, compared with the mycelium adsorbent.
系统研究了菌丝体包覆吸附剂的制备工艺及吸附剂对Ni2+的吸附特性，结果表明，菌丝体作核心材料优于花生壳，菌丝体包覆吸附剂对Ni2+的吸附容量比普通菌丝体水处理剂提高了50%，并可以重复使用10次，吸附容量没有明显降低；同时菌丝体包覆吸附剂对Ni2+的吸附特性较好地符合Langmuir 等温方程和Freundlich等温方程。
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The new adsorbents for desulfurization of FCC gasoline, such as zeolite adsorbents, metal oxide adsorbents, active carbon, clay adsorbents and other adsorbents, and their mechanism of adsorption, modifications, desulfurized effect, regenerations, were introduced in detail, especially modified adsorbents.
论述了分子筛类吸附剂、金属氧化物类吸附剂、活性炭、黏土类吸附剂和其他一些吸附剂在吸附机理、改性、脱硫效果、再生等方面的研究进展，特别是各类吸附剂改性后对硫化物的脱除效果。
- 更多网络解释与吸附剂相关的网络解释 [注：此内容来源于网络，仅供参考]
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absorbent：吸附剂
PSA, Pressure Swing Adsorption)变压吸附技术是一项利用多微孔结晶体对各种气体吸附力不同的特点从空气分离出所需气体的技术. 吸附即是指通过具有分子吸引力的固体物质吸附剂(Absorbent)吸住气体分子.
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Adsorbent desiccant：吸附剂
X 吸附 Adsorption 5.3 | 吸附剂 Adsorbent desiccant 5.1.2 | 吸附式干燥器 Adsorption dryer 4.1
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sepiolite adsorbent：海泡石吸附剂
氢键吸附树脂:hydrogen-bonding adsorbent | 海泡石吸附剂:sepiolite adsorbent | 再生脱硫剂:regenerative desulfurization adsorbent
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sorbent：吸附剂
想要有效地把溶质吸附下来,溶质以及吸附剂(sorbent)与水间的作用应该是弱的,而溶质与吸附剂间的相互作用则应该是强的. 除了离子交换吸附剂外,上述原则也就确定了通用性的吸附剂应该是非极性的. 因为要不然的话,
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sorbent：吸附剂;吸收剂;收附剂
soot 炱;烟灰;煤烟;油烟 | sorbent 吸附剂;吸收剂;收附剂 | sorbitan 花楸丹;山梨醇酐
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sorbent：吸附剂、吸收剂
sorbate吸着物 | sorbent吸附剂、吸收剂 | sorbite索氏体
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adsorbent：吸附剂
9.吸附剂(adsorbent)任何能将大量其他物质浓集在自己表面上的固体. 10.吸附(adsorption)流动分子靠化学力或物理力,或二者浓集在一个表面的过程. 11.干基(dry basis)不包括任何可能存在的水分. 12.粉尘(dust)能暂时悬浮在空气或其他气体中的微粒,
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adsorbent：吸附剂吸附的
adsorbed water 吸附水 | adsorbent 吸附剂,吸附的 | adsorption 吸附(作用)
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adsorbing material：吸附剂
吸附等温线 adsorption isotherm | 吸附剂 adsorbing material | 吸附剂活性 adsorbent activity
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adsorbing agent：吸附剂
adsorber 吸附器 | adsorbing agent吸附剂 | adsorbing material吸附材料