?zeolite

zeolite發(fā)音

['zi:əlait]

英：　　美：

zeolite中文意思翻譯

n. 沸石

zeolite常見(jiàn)例句

1 、XU Ruren, PANG Wenqin, TU Kungang. Structure and Synthesis of Zeolite Molecular Sieves[M]. Changchun: Jilin University Press, 1987(in Chinese).───孫承緒.計算機在硅酸鹽工業(yè)中的應用[M].沈陽(yáng):東北大學(xué)出版社,1987.

2 、The adsorbed nitrogen is released from the zeolite by dropping the pressure to a lower level (often under vacuum)during the PSA/VSA process.───在PSA/VSA過(guò)程中，通過(guò)把壓力降到更低的水平(通常在真空之下)，可以把吸附的氮從沸石中釋放出來(lái)。

3 、The transalkylation behaviours of alkylbenzenes and transalkyllation kinetics of diethylbenzene were investigated in a fixed-bed microreactor over a ZSM5/ZSM11 cocrystal zeolite.───在ZSM5/ZSM11共結晶分子篩、固定床反應裝置上對烷基轉移和二乙苯與苯烷基轉移動(dòng)力學(xué)進(jìn)行了考察。

4 、Zeolite is commonly used to control odors in hospitals and schools.─── 沸石通常在醫院和學(xué)校 用來(lái)消除異味

5 、It shows that the pores in the CRC-1 catalyst with 2.47%(wt) coke were not considerably pluged up. The coke can be deposited both on the zeolite and the support in CRC-1 catalyst.───CRC-1催化劑結焦量為2.47%時(shí)沒(méi)有明顯堵孔現象,分子篩及擔作兩部位都結有焦炭。

6 、The use of hydrous zeolite is a type of warm mix asphalt.───摻加含水沸石是中溫化技術(shù)的一種。

7 、Grayish white powder or pellets and important inorganic salt products,4A zeolite is crystal lagoriolite.───4A沸石是一種晶體狀硅鋁酸鈉,化學(xué)組成式:Na2O.

8 、Differential heats of adsorption (DHA) of alkenes and alkanes having similar structures on USY zeolite were measured with a SET ARAM microcalorimeter.───本文用吸附量熱法測定了烯烴在USY沸石表面的吸附熱,并提出了一種化學(xué)吸附熱的估算方法。

9 、The best choice for separating diethylbenzene is the adsorptive separation by zeolite adsorbents in high efficiency.───指出高效、節能的分子篩吸附分離法是分離二乙苯的最佳選擇。

10 、The addition of phosphorus optimized the acidity of the zeolite, main...───含稀土分子篩的**改性可以調變其表面酸性。

11 、With variation of its intercrystalline water with outside temperature and humidity, zeolite is strongly effective of improving the soil and keeping it to gradully tap fertility.───沸石以其晶間含水量隨外界溫度、濕度變化而異的特性，使其在農業(yè)方面具有改良土壤、保肥、緩釋肥效等明顯作用。

12 、In this paper,relation between effect of powdered zeolite enhanced coagulation and the input place and dose of powdered zeolite was studied.───本文研究了沸石粉投加點(diǎn)、投加量對沸石粉強化混凝處理微污染水源水處理效果的影響。

13 、Condensation of phenol and chloral over HY zeolite catalysts was studied in detail.───以三氯乙醛為親電試劑,在HY沸石催化劑上實(shí)現了苯酚和三氯乙醛的二次縮合反應。

14 、MWW type zeolite is a kind of practical catalytic new material,which has special crystal structure.───MWW結構分子篩是一類(lèi)具有獨特晶體結構的實(shí)用分子篩催化新材料。

15 、MOR zeolite was dispersed into poly(ethylene glycol)oligomer to form a stable gel. Its Electrochemical behavior was first detected by a cyclic voltammeter.───絲光沸石被分散到乙二醇低聚物中形成穩定的膠體。它的電化學(xué)行為首次被用循環(huán)伏安法研究。

16 、The analysis of SEM, XRD etc. indicated that the hydrated products mainly is composed of CSH gel and (Na, Ca)-Si-Al-H zeolite gel.───SEM、XRD等分析表明，主要水化產(chǎn)物為CSH凝膠和無(wú)定型網(wǎng)絡(luò )結構的類(lèi)沸石凝膠物質(zhì)[(Na, Ca)-Si-Al-H]。

17 、A new hybrid model was developed to express the equilibra isotherm of ammonium exchange on zeolite.───根據測定的平衡等溫線(xiàn),提出了表示沸石平衡情況的雙孔道組合模型,并用文獻報道的結果對模型進(jìn)行檢驗。

18 、This article introduces the production technology of ethyl benzene by circulation process for liquid phase and its AEB type zeolite catalyst.───摘要報導了苯和乙烯液相循環(huán)烷基化工藝及其所用AEB型分子篩催化劑。

19 、Abstract The solidification of simulated spent radioactive resins is investigated using ASC cement and zeolite blends.───摘要 利用特種水泥（ASC）和沸石的混合物研究固化放射性廢樹(shù)脂的行為。

20 、FZT (the zeolite carrying copper) as an algaecide to kill and control the red tide organisms was stadied.───摘要研究了沸石載銅(FZT)作為除藻劑對赤潮生物的滅殺和控制作用。

21 、The best choice for separating the isomers of chlorotoluene is the adsorption separation by zeolite adsorbents in high efficiency.───指出高效、節能的分子篩吸附分離法是實(shí)現氯甲苯異構體分離的最佳選擇。

22 、The removable vacuum belt filters were selected as separators and washers in production of 4A zeolite for the first time, and the result was good.───在化學(xué)品氧化鋁4A沸石生產(chǎn)工藝中,初次選用移動(dòng)盤(pán)式真空帶式過(guò)濾機作為分離洗滌設備,效果良好。

23 、The roasted product of natural zeolite can be used as a deodorizer of refrigerator.───天然沸石的焙燒活化產(chǎn)物可作為冰箱內的除臭劑加以使用。

24 、Devices scaled 50 thousand t/a 4A zeolite cost 60 million yuan estimately,in which 45 million is on construction.───年產(chǎn)5萬(wàn)噸4A沸石項目裝置的建設投資估算值為4500萬(wàn)元，總投資6000萬(wàn)元。

25 、In this paper,TBAB packed with zeolite and polypropylene multi-face ball are used to remove ammonia.───實(shí)驗表明沸石在15天左右就能基本完成硝化菌的掛膜啟動(dòng),而小球則要20天才能完成;

26 、Meanwhile, the flame retardant properties of NR were improved due to the synergistic properties between 4A zeolite and IFR agent.───同時(shí)，4A分子篩與膨脹型阻燃劑的協(xié)同效應提高了NR膠料的阻燃性能。

27 、The adsorption isotherm of nitrogen for ZSM-5 zeolite with Si/Al ratio of 110 is shown in Figure 1A.───氮氣在Si/al比為110的沸石上的吸附等溫線(xiàn)如圖1A所示。

28 、Using purificant made by zeolite from Shangtianti of Xinyang, the authors treated papermaking waste water and got good result.───放大試驗的主要設備是：水池、水泵、攪拌機、板框壓濾機等。

29 、The effect of Sb2O3 on the surface character of a HZSM-5 type zeolite catalyst has been studied by ESCA.───借助ESCA技術(shù),研究了Sb_2O_3對HZSM-5型沸石表面性質(zhì)的影響。

30 、Some adsorbability of zeolite with ammonia was studied and some data on stable adsorption of zeolite with ammonia was obtained.───本文研究了沸石的若干性質(zhì)，并得到了沸石穩定吸持氨的數據。

31 、The Porous high strength granular solid Zeolite is treated properly,it can be used to treat Ni containing waste water with a Ni adsorption rate up to 91. 5%.───多孔高強度沸石顆粒，經(jīng)適當處理后，將其用來(lái)處理含鎳廢水，對鎳的吸附效率可達91.5%。

32 、The Y zeolite is calcinated at high temperature after fluoride modified.───摘要 采用氟處理結合高溫焙燒的方法對Y型分子篩進(jìn)行改性。

33 、A new kind of composite adsorbent is prepared through immersing zeolite 13X into the calcium chloride solution, and the research on the adsorption properties is introduced.───將氯化鈣填充到13X分子篩的多孔結構內釗備出了氯化鈣-13X分子篩復合吸附劑,并對其吸附性能進(jìn)行了實(shí)驗研究。

34 、The antibacterial zeolite was modified by the titanate coupling agent blent with Polypropylene (PP), followed by granulating, and spinning.───摘要采用鈦酸酯偶聯(lián)劑對抗菌沸石進(jìn)行表面修飾，然后將其與聚丙烯共混造粒并紡絲。

35 、Filtering material such as ceramicite, sands, zeolite and coke material were compared and ceramicite was chosen as the filtering material in the project.───在濾料選擇方面,重點(diǎn)考慮了陶粒、石英砂、沸石和焦碳,經(jīng)過(guò)優(yōu)選,最后選定了陶粒作為本項水處理工程的濾料。

36 、Adsorption relies on a material (zeolite) that has the property of selectively adsorbing nitrogen while under a slight pressure and allowing oxygen to pass through.───吸附依賴(lài)于一種材料（沸石），該材料具有在微小的壓力下選擇性吸收氮而允許氧通過(guò)的性質(zhì)。

37 、Various FCC catalysts and relevant materials were ground by using SKR 80 sand grinder.The changes of zeolite crystallinity and particle size during grinding were found.───應用SKR-80型砂磨機，對多種催化裂化催化劑物料進(jìn)行了砂磨試驗，找出了沸石結晶度、粒度等物料性質(zhì)在砂磨過(guò)程中的變化規律。

38 、Conventional Catalytic Dewaxing (CDW) processes lower base oil (or gas oil) pour point by using a zeolite containing catalyst to selectively cracle wax mainly to naphtha and LPG.───吾人亦可利用傳統的觸媒脫臘程序，使用擇形性觸媒，把臘裂解為輕油和LPG，以降低基礎油(或制氣油)的流動(dòng)點(diǎn)。

39 、The dependence of nitrogen adsorption on pressure at 450 0C for ZSM-5 zeolite with Si/Al ratio of 990 is shown in Figure 1B.───在450℃時(shí)氮氣在si/Al比為990的沸石上的吸附與壓力的關(guān)系如圖1B所示。

40 、The Nerve agent simulant Dimethylmethylphosphonate has been tested with the QCM based on zeolite films.───基于分子篩敏感膜的QCM氣敏傳感器應用于軍事領(lǐng)域中毒氣的探測。

41 、Zeolite absorbed the odors from the decaying body, which is why he wasn't found.─── 沸石吸收了尸體腐爛的氣味 所以他才沒(méi)被發(fā)現

42 、The adsorption of nitrogen on ZSM-5 zeolite calcined in situ at 450 c under high vacuum was almost zero at 350 c, very small at 400 c, and quite appreciable at 450 c.───對在高真空條件下,在經(jīng)450℃即時(shí)鍛燒而得的沸石上,氮氣的吸附在350℃時(shí)幾乎為零、400℃時(shí)很少而在450℃時(shí)則十分明顯。

43 、About 10-15 mg of zeolite sample was used for the sorption of nitrogen.───供氮氣吸附的沸石樣品大約需10-15mg。

44 、The best choice for separating the isomers of dichlorobenzene is the adsorption separation by zeolite adsorbents in high efficiency.───指出高效、節能的分子篩吸附分離法是實(shí)現二氯苯異構體分離的最佳選擇。

45 、The process of the gelation of dissolved active silica and the crystallization of zeolite ZSM-5 were simultaneous till the end of the crystallization.───活性氧化硅溶解形成凝膠與晶化生成ZSM-5的反應是同時(shí)進(jìn)行的,直至晶化結束。

46 、Lower priced 4A zeolite is the best low-phosphorus washing powder assistants.───4A沸石的價(jià)格較低，是目前性?xún)r(jià)比最好的無(wú)**洗衣粉助劑。

47 、To meet the needs for study the shape selectivity of zeolite molecular sieves,an approach for estimation of molecular dimensions was developed.───為滿(mǎn)足研究沸石分子篩擇形選擇性的需要，對分子尺寸的估算進(jìn)行了探討。

48 、The County-leveled reserves of calcite,limestone,dolomite,hopfnerite,zeolite,etc.alll rank the first in China.───方解石、石灰石、白云石、透閃石、沸石等縣級儲量均為全國之冠。

49 、Zeolite, vermiculite, glass tuff industrial reserve with the first province, of which 457 million tons of reserves of zeolite ore is the largest mine of one of clinoptilolite.───沸石、蛭石、玻璃用凝灰巖工業(yè)儲量居全省第一位，其中儲量4.57億噸的沸石礦是我國最大的斜發(fā)沸石礦之一。

50 、It was found that Ce3+ ions drastically promoted the activity of HY zeolite.───發(fā)現Ce~(3+)對HY分子篩的催化性能有突出的促進(jìn)作用。

51 、The experimental results show the good sensitivity and selectivity of the gas sensor based on zeolite NaX for the detection of DMMP gas.───實(shí)驗表明基于NaX型分子篩膜傳感器對DMMP的探測有較好的靈敏度和選擇性。

52 、Three kinds of light oil were cracked as feedstocks on regenerated zeolite catalysts in a laboratorial fixed fluidized bed reactor.───以三種輕燃料油為反應原料,在實(shí)驗室固定流化床反應器上用工業(yè)平衡催化劑進(jìn)行催化裂化反應。

53 、With the above-mentioned mainline,the recent development of MWW type zeolite is reviewed.───根據這條主線(xiàn),本文評述了MWW結構分子篩的研究進(jìn)展。

54 、The catalytic dewaxing (CDW) of lube oil fractions with shape selective zeolite catalyst before and after the removal of basic nitrogen was compared.───本文比較了潤滑油餾分脫除堿性氮化物前后的催化降凝效果(采用擇形分子篩崔化劑)。

55 、Effect of natural zeolite on soil nutrient bioavailability and soil chemical properties.───沸石對土壤養分生物有效性和土壤化學(xué)性質(zhì)的影響研究。

56 、Some new technology as the defluoridation facilities of volcanic rock zeolite and defluoridation technology of lithotripsy absorption are also used in practice.───一些新技術(shù)也在實(shí)踐中，如火山巖分子篩吸附降氟設備、碎石吸附降氟技術(shù)等。

57 、Zeolite is a kind of aqueous silicoaluminate mineral with excellent adsorption function.───沸石是一種具有優(yōu)異吸附功能的含水硅鋁酸鹽礦物。

58 、Breck, D. W., Zeolite Molecular Sieves-Structure, Chemistry and Use, John Wiley &Sons, New York (1974).───席行正，"利用燃煤飛灰轉換沸石之資源化研究"，國立臺灣大學(xué)環(huán)境工程研究所碩士論文，臺北市(1994)。

59 、Adding zeolite to the anaerobic biological treatment is good for improving anaerobic treatment efficiency.───厭氧生物處理中投加沸石有利于提高廢水厭氧處理的效率。

60 、Zeolite is a superior adsorbent.───沸石是一種優(yōu)良吸附劑。

61 、XRD,LRS,BIE and FTIR results suggest that ion exchange occurs between protonsof zeolite and the (VO)~(3+) formed during preparation.───XRD、LRS和BIE表明V_2O_5晶相在HM和HZSM-5表面上消失,并以VO離子形式進(jìn)入分子篩。

62 、The coexistence of acid sites and nickel sulfide sites on the zeolite will promote the thiophene hydrodesulfurization reaction significantly.───催化劑表面酸性位和硫化鎳活性位共存,對噻吩加氫脫硫反應是有利的.

63 、In this paper,the applications of zeolite in organic waste water treatment are summarized and the application prospect is predicted.───本文對其在有機廢水處理中的應用現狀進(jìn)行了綜述,并對其應用前景進(jìn)行展望。

64 、Montmorillonite, quartz and cristobalite can be corroded by sodium hydroxide solution, but will introduce new impurity phase similar to zeolite.───氫氧化鈉溶蝕法會(huì )對蒙脫石、石英和方石英同時(shí)產(chǎn)生溶蝕，引入新的物相雜質(zhì)。

65 、The immobilization of Fe2 on zeolite could receive good performance for phenol degradation.───實(shí)驗表明，分子篩-亞鐵催化劑對苯酚廢水降解效果最佳。

66 、Upon heating the zeolite, the normal siloxane linkage would also experience strain due to thermal expansion.───當加熱沸石時(shí),由于熱膨脹作用,正常的硅氧烷鍵也會(huì )存在張力。

67 、When using zeolite and microzyme to adsorb [Ag(NH_3)_2]~+, the adsorbing effects were also good.───沸石和酵母菌對[Ag(NH_3)_2]~+也具有較好的吸附效果。

68 、A gas sensor based on zeolite films has been studied to detect the nerve agent sarin stimulant dimethylmethylphosphonate(DMMP).───本文研究了基于沸石分子篩的氣敏傳感器，并用于對類(lèi)沙林神經(jīng)毒氣，甲基膦酸二甲酯（DMMP）的檢測。

69 、The microstructure of antibacterial zeolite was investigated by XRD, FTIR, SEM, BET and particle size analysis, and antibacterial performance was tested according colony number.───本文還通過(guò)X射線(xiàn)衍射譜、FTIR、掃描電鏡、BET比表面積分析、粒徑分析等方法，對抗菌沸石粉體微觀(guān)結構進(jìn)行了研究。

70 、The deactivation of zeolite catalyst QZ-2000 was researched in phenol installation of Jilin Petrochemical Company.───對吉林石化公司雙苯廠(chǎng)苯酚丙酮裝置異丙苯單元中使用的QZ-2000分子篩催化劑的失活問(wèn)題進(jìn)行了研究。

71 、It discusses the relationship between facies tract of diagenet-ic minerals and hydrocarbons and points out that the chlorite - zeolite facies tract is favorable in this area.───探討了成巖礦物相帶與油氣的關(guān)系,指出綠泥石-沸石成巖礦物相帶是本區有利的成巖礦物組合相帶。

72 、Activated charcoal and zeolite had little side effects on beer, as well as simple technique and low cost.───吸附劑對啤酒質(zhì)量影響很小，且工藝簡(jiǎn)單，投入成本低。

73 、The equilibrium adsorbate uptake we is 5.6 times that of macro-porous silica gel, 3.4 times that of micro-porous silica gel and 1.17 times that of synthetic zeolite 13X.───實(shí)驗表明,這種復合吸附劑的平衡吸附量we最大可達0.263kg H2O/kg干吸附劑,是粗孔球形硅膠的5.6倍、細孔球形硅膠的3.4倍、分子篩13X的1.17倍。

74 、It is difficult for volcanic dust to form zeolite during hydrolyzing under the condition of acidic syngenetic water in a peat marsh environment.───在煤系地層水環(huán)境下，火山塵經(jīng)過(guò)初步水化作用后并不能形成沸石族礦物，主要形成了鋁硅酸鹽和硅酸鹽的微細混合物；

75 、The adsorption of nitrogen at high temperature can only be explained on the basis of chemical bonding between nitrogen and the zeolite surface.───氮氣在高溫時(shí)的吸附,只能根據氮氣在沸石表面所形成的化學(xué)鍵來(lái)解釋。

76 、In this time we can feed unused heat from the CHP station into the zeolite storage system.───在這個(gè)時(shí)候，我們可以從 CHP 電廠(chǎng)將不使用的熱量提供給沸石貯熱系統?！?/p>

77 、The adsorption behavior of benzene/toluene/ethylbenzene/xylene(BTEX) and chromate to organo zeolite in water was examined and compared to that of natural zeolite.───以天然沸石作為對比物,考察了有機沸石對水中BTEX(苯、甲苯、乙苯、二甲苯)及鉻酸根離子的吸附性能。

78 、The builder capability of sodium salt of maleic anhydride-acrylic acid copolymer, STPP and 4A zeolite is compared.───比較了馬來(lái)酸酐-丙烯酸的共聚物的鈉鹽與三聚**酸鈉、4A沸石的助洗性能。

79 、The result of testing products P zeolite showed much better properties than first-rate 4A zeolite in national standard, and can be used as the substitute for STPP.───并對產(chǎn)品進(jìn)行表征，結果表明P型沸石產(chǎn)品性能較好，超過(guò)洗滌用4A沸石國家優(yōu)級品標準，可替代三聚**酸鈉作為洗滌助劑。

80 、In order to study the possibility of adsorption to gallstones by zeolite powder in body-outside environments, the feature of the gallstones was observed by using SEM.───為研究沸石粉體對膽固醇型人體膽結石體外吸附的可能性,采用SEM觀(guān)察了膽固醇型人體膽結石的表面形貌;

81 、As an admixture of cement, zeolite is more active in crystalline state than its glass ofsame chemical composition.───沸石巖作為水泥混合材的活性比同化學(xué)成分的沸石巖玻璃的活性好。

82 、The analysis of SEM and XRD approved the formation of zeolite.───SEM及XRD分析證實(shí)了沸石結晶的生成。

吸氨沸石如何使用？

每畝每米水深使用沸石粉25-50公斤，可起到除去水中95%氨氮，凈化水質(zhì)增加溶氧的作用，同時(shí)提高水體總堿度，穩定水質(zhì)。

沸石的作用是防止暴沸（生成的蒸氣太大，使液體劇烈翻滾，不安全）冷卻的液體（內含沸石）應該可以繼續直接加熱，至少與沸石無(wú)關(guān)，只要冷液體允許就行。沸石是火山熔巖形成的一種架狀結構的鋁硅酸鹽礦物。目前已知的沸石有五十多種，應用于養殖業(yè)的天然沸石主要的是斜發(fā)沸石和絲光沸石。

吸氨沸石如何使用？

我覺(jué)得直接放魚(yú)缸就行吧這是沸石的介紹：

沸石（Zeolite）火山熔巖形成的一種架狀結構的鋁硅酸鹽礦物。沸石有獨特的礦物結構，其結構為三維硅氧四面體和三維鋁氧四面體，這些四面體按一定的規律排列成具有一定形狀的晶體骨架。沸石的礦物骨架是一開(kāi)放性的，具有很多的大小均一的通道和空腔（3~11）。在這些孔穴和通道中吸附著(zhù)金屬陽(yáng)離子和水分子，這些陽(yáng)離子和水分子與陰離子骨架間的結合力較弱。沸石的這種特殊結構決定了它所特有的性能 ,屬弱酸性陽(yáng)離子交換劑。沸石晶體內部的孔穴和通道的體積約占晶體總體積的一半以上，在孔穴和通道中存在許多沸石水，經(jīng)加熱水分可以逸失。失水后的沸石，形成了表面積很大的孔穴，一克沸石孔穴和通道的內表面積可達500~1000平方米。這種多孔結構決定它具有很強的吸附性?？晌酱罅康挠袠O性的分子，而且對水中有害的重金屬及有機物,具有吸附交換作用，也有利于去除水中各種微污染物且水浸出液不含有毒，有害人體物質(zhì)，去除水中鐵、氟、氨效果更為顯著(zhù)。沸石粉不僅具有特定的結構，還含有豐富的礦物元素，沸石作為一種含堿金屬、堿土金屬和稀土金屬的鋁硅酸鹽礦物，含有K、Ca、Mg、Al、Fe、Cu、Zn、Mn、B等多種大量和中微量元素，在水產(chǎn)養殖中，不僅是優(yōu)質(zhì)的水質(zhì)改良劑，還是很好的飼料添加劑。將沸石粉直接撒入水中，可調節PH值，吸附水中的有害氣體、有害物質(zhì)和藥物。增加含氧量，提高魚(yú)類(lèi)成活率。在飼料中加入3—6%的沸石粉，可使魚(yú)明顯增重，特別是在消化道內能起到氨容器作用，對提高機體內酶的活性、促進(jìn)新陳代謝和增強機體抗病能力效果顯著(zhù)，同時(shí)還可減少腸道疾病的發(fā)生， 更可有效地抑制飼養環(huán)境的臭味。

再生處理

目前，在水族市場(chǎng)出售的沸石，大多數呈粒狀或粉末狀。但由于沸石的價(jià)格比較便宜，許多水族愛(ài)好者在使用沸石失去功效以后就會(huì )丟掉，再重新購買(mǎi)使用。其實(shí)，在沸石使用的過(guò)程中，只把沸石放入過(guò)濾器，而不加以處理的話(huà)，是不能保持水質(zhì)干凈的。只有通過(guò)定時(shí)清理、定期“再生”，才能夠繼續保持沸石的水質(zhì)過(guò)濾功效。沸石的吸附能力有限，所以逐日累積在沸石孔隙中的污垢是必須要即時(shí)清除的。這段定時(shí)清除的時(shí)間，在水質(zhì)一般正常的情況下，夏季一個(gè)月清除“再生”一次，而冬季則可延長(cháng)至三個(gè)月清除“再生”一次，或根據實(shí)際水質(zhì)處理情況，自行控制延長(cháng)或縮短清除“再生”的時(shí)間。所謂“再生”，就是再活性而恢復原有過(guò)濾功效的意思。而沸石的“再生”處理其實(shí)很簡(jiǎn)單，只要將過(guò)濾器中使用沸石稍加清洗，去除表面較大的污垢等累積雜質(zhì)以后，放入飽和狀態(tài)的食鹽水中浸泡（因食鹽中的離子能夠吸除沸石多孔隙中累積的不能清洗處理的細微雜質(zhì)，沸石因此就能回復新的狀態(tài)。而食鹽與沸石的再生處理的比例一般控制在1：3），這樣浸泡一整天以后再在太陽(yáng)光下晾曬半天，就能使沸石的過(guò)濾效果完全恢復。