<listing id="vjp15"></listing><menuitem id="vjp15"></menuitem><var id="vjp15"></var><cite id="vjp15"></cite>
<var id="vjp15"></var><cite id="vjp15"><video id="vjp15"><menuitem id="vjp15"></menuitem></video></cite>
<cite id="vjp15"></cite>
<var id="vjp15"><strike id="vjp15"><listing id="vjp15"></listing></strike></var>
<var id="vjp15"><strike id="vjp15"><listing id="vjp15"></listing></strike></var>
<menuitem id="vjp15"><strike id="vjp15"></strike></menuitem>
<cite id="vjp15"></cite>
<var id="vjp15"><strike id="vjp15"></strike></var>
<var id="vjp15"></var>
<var id="vjp15"></var>
<var id="vjp15"><video id="vjp15"><thead id="vjp15"></thead></video></var>
<menuitem id="vjp15"></menuitem><cite id="vjp15"><video id="vjp15"></video></cite>
<var id="vjp15"></var><cite id="vjp15"><video id="vjp15"><thead id="vjp15"></thead></video></cite>
<var id="vjp15"></var>
<var id="vjp15"></var>
<menuitem id="vjp15"><span id="vjp15"><thead id="vjp15"></thead></span></menuitem>
<cite id="vjp15"><video id="vjp15"></video></cite>
<menuitem id="vjp15"></menuitem>
吸附-脫附,Adsorption-desorption
1)Adsorption-desorption吸附-脫附
1.Due to the high reclaim cost of granulated activated carbon,which will create environmental problems after inactivation,we screened from two adsorption resin by static and dynamic adsorption experiments and then optimized the adsorption-desorption conditions.由于活性炭再生困難,廢棄后造成生態破壞,通過樹脂的靜態-動態吸附實驗,篩選出D730丙烯酸系大孔強堿陰樹脂,并優化其吸附-脫附條件。
英文短句/例句

1.The Absorption and Desorption of Deuterium Gas Molecular on Ag(111);氘氣分子在Ag(111)上的吸附-脫附
2.Study on modified active carbon adsorbents for desulfurization of diesel oil柴油吸附脫硫活性炭改性吸附劑研究
3.Preparation of a new adsorbent used for removing sulfur dioxide from flue gas吸附再生干法煙氣脫硫吸附劑的制備
4.Study on Adsorption and Desorption of VOCs with Activated Carbon;活性炭吸附VOCs及其脫附規律的研究
5.Effects of ultrasound on adsorption and desorption of chromium(Ⅵ) on activated carbon超聲波對活性炭吸附/脫附Cr(Ⅵ)的影響
6.Adsorption and desorption of toluene on Tenax TATenax TA對甲苯吸附脫附性能的研究
7.Preparation and Evaluation of Sorbents for Deep Desulfurization of Diesel Fuels by Liquid Adsorption;液相吸附法柴油深度脫硫吸附劑的制備與評價
8.Studies on the Process of Adsorption Deacidification and Its Adsorbents of Vegetable Oil植物油吸附脫酸工藝及其吸附劑的研究
9.Study on Complex Metal Oxide Adsorbent of FCC Gasoline Adsorption DesulfurizationFCC汽油吸附脫硫復合金屬氧化物吸附劑研究
10.Adsorption Desulfurization of Complex Metal Oxide Adsorbent for Fluid Catalytic Cracking Gasoline流化催化裂化汽油吸附脫硫金屬氧化物吸附劑
11.In adsorption chromatography, solute molecules of the mobile phase undergo many successive adsorptions and desorptions.在吸附色譜中,流動相的溶質分子進行多次連續的吸附和脫附。
12.Studies on the Adsorption-desorption of Organic Pollutants at Maganese-oxides/water Interfaces;有機污染物在氧化錳上的吸附與脫附行為研究
13.Study on Adsorption/Desorption of Toxic Organic Pollutants on Soil;有毒有機污染物在土壤中吸附/脫附的研究
14.Adsorption and Desorption of Nitrogen Molecules on the Copper Single Crystal Surface of Cu(Ⅲ);氮分子在銅單晶表面Cu(Ⅲ)上的吸附—脫附
15.Study on adsorption and desorption properties of β-cyclodextrin polymer for aniline環糊精聚合物對苯胺的吸附和脫附性能研究
16.Desorption mode for removal of small amount of CO from N_2/CO by pressure swing adsorption變壓吸附法凈化含N_2氣體中微量CO的脫附過程
17.Desorption Experiment and 2D Simulation on the Solar Cooling Tube太陽能冷管吸附床脫附試驗及二維模擬
18.Relative performance of zeolites and activated carbon in gaseous phase adsorption and desorption of toluene沸石分子篩和活性炭吸附/脫附甲苯性能對比
相關短句/例句

adsorption/desorption吸附/脫附
1.In this paper, the physical characteristics of rice husk and char particles prepared under different gasification processes were studied by physical adsorption/desorption measurements of N2 (-196℃), mercury intrusion porosimetry (414 MPa) and true density measurement (He).本文通過氮氣等溫吸附/脫附法(-196℃)、壓汞法(414MPa)、真密度儀(He)等詳細研究了在氣化條件下谷殼的物理結構的演化,同時利用元素分析和傅里葉紅外對顆粒化學結構進行分析。
2.To study the physical characteristics of rice husk/char particles,proximate and ultimate analyses,physical adsorption/desorption measurements of N2(-196℃),mercury injection porosimetry(414 MPa)as well as visu.通過氮氣等溫吸附/脫附法(-196℃)、壓汞法(414MPa)、SEM等詳細研究了在高速熱解條件下谷殼的物理結構的演化。
3.Multilayer adsorption theory was combined with the corrected Kelvin equation to analyze nitrogen adsorption/desorption data to get the fr.該方法是根據多層吸附理論,對氮氣等溫吸附/脫附法測定的數據分析,直接獲得表征整個吸附范圍的顆粒分形維數,同時回歸得到吸附過程中的吸附層數。
3)Desorption and adsorption脫附吸附
4)No adsorption-desorptionNO吸附-脫附
5)Adsorption-desorption method吸附-脫附法
6)Oxygen adsorption-desorption氧吸附-脫附
延伸閱讀

吸附-脫附機理分子式:CAS號:性質:同位素交換反應在吸附劑表面上進行,反應物的分子被活化吸附而分解;脫附后,結合成同位素交換后分子的過程。例如,高溫時交換反應H2+D22HD的動力學特性是,H2和D2分子在鎳催化劑表面上活化吸附分解成氕原子和氘原子是決定性步驟,這類同位素交換反應按吸附-脫附機理進行。
韩国伦理电影