沸沸

基本解释 (translations)

cynocephalus

词组短语

hubble-bubble

与沸沸相关的网络例句 [注：此内容来源于网络，仅供参考]

When the pH value of the solution contained in Cd~(2+) is near 5, the amount of Cd~(2+) exchange in analcime reaches to a summit; when the temperature increases, the amount of Cd~(2+) exchange in unit mass analcime also increases; when initial Cd~(2+) concentration decreases, the remove rate of Cd~(2+) increases while the amount of Cd~(2+) exchange in unit mass analcime also decreases; when other cations coexist in solution, there must be some influences to the Cd~(2+) exchange in analcime.

实验表明：当交换液的pH值为5左右时，方沸石对Cd~(2+)交换量较大：反应温度升高时，单位质量方沸石对Cd~(2+)交换量增大；随着溶液中Cd~(2+)初始浓度减小，方沸石对Cd~(2+)的去除率升高，但单位质量方沸石对Cd~(2+)的交换量逐渐减小；当溶液中有其他阳离子共存时，对方沸石与Cd~(2+)的交换也有一定的影响。

The phenomena of boiling over of burning oil products in oil lank was analyzed, and conditions for boiling over were expatiated, heat radiation intensity of burning flame when boiling over was also studied.

分析了油罐火灾中燃烧油品的沸溢现象，阐述了沸溢发生的条件，研究了沸溢时火焰的热辐射强度，研究表明沸溢时火焰温度平均升高300℃左右，火焰平均热辐射强度是沸溢发生前的2.5-3倍。

This paper summarized literature about the structure, adsorption dynamics and thermodynamics, modification of zeolite and its application in wastewater treatment. Based on them, the conditions of zeolite modifying by AlCl_3 was explored, the adsorption properties natural zeolite to ammonia nitrogen and adsorption effects of aluminum modified zeolite to phosphor in solution was researched, the existing form of ammonia nitrogen was investigated by cyclic voltammeter.

本文在对沸石的结构、沸石吸附动力学、热力学、沸石改性及其在废水处理中的应用等相关文献综述的基础上，探索了用AlCl_3溶液改性天然沸石的条件，考察了天然沸石和铝改性沸石对溶液中氨氮的吸附性能以及对溶液中总磷的吸附效果，以及用循环伏安法探讨了水体中氨氮的存在形式。

Based on the experimental simulation studies on the boilover phenomena using different scale oil tanks and various kinds of oil, the basic characteristics of boilover were analyzed. And then, more attention was paid to the typical sub-processes in boilover such as (1) the fire behavior during boilover,(2) the thermal structure in oilwater layer,(3) the generation, growth and moving process of vapor bubbles on the oil-water interface and in the oil layer,(4) the premonitory micro-explosion phenomena of boilover and its noise aspects,(5) vapor explosion phenomena on the oil-water interface,(6) the burning rate of oil and etc.

在运用中、小尺度模型油罐和多种实验油品，对扬沸火灾现象进行模拟实验研究的基础上，分析了扬沸火灾的基本性状，着重考察了扬沸火灾过程中的一些典型分过程：（1）扬沸火灾的火行为，（2）油水层热结构特性，（3）在油界面上及油层中的蒸汽泡形成、长大、运动特性，（4）扬沸前兆燃烧微爆现象及其噪声特性，（5）油水界面上的蒸汽微爆现象，（6）油品的燃烧速率等。

After this research work, we know that: HMCM-22 is a better catalyst of selecting naphthalene alkylation; Surface modification of zeolite Y is effective, but the effect of zeolite 3 is not evident and surface modification doesn"t suits mordenite; Surface modification doesn"t affect the frameworks and inner environments of zeolites, but only reduces diameter of orifice and overlays surface acidities; t-butanol is not suitable for alkylating agent of the reaction using modified zeolites as catalyst; Solvents with smaller molecular size are advantageous for naphthalene alkylation reaction using modified zeolites as catalyst, such as cyclohexane is better than decalin.

通过本论文的研究，我们知道：HMCM-22是萘择形烷基化反应较好的沸石之一；Y沸石的外表面改性效果较好，β沸石则效果不明显，而丝光沸石则不适于外表面改性；外表面改性不改变沸石的骨架结构和孔道内部环境，仅减小孔口直径和覆盖外表面酸性位；叔丁醇不适于作外表面改性沸石催化的反应的烷基化试剂，其反应活性很低，且选择性无明显提升；分子较小的溶剂更适于外表面改性沸石催化的反应，环己烷就明显好于十氢萘。

Experimental results show that the water velocity is that when the BV ammonia concentration of 50 mg, L - 1 simulation wastewater and 98 mg, L - 1 point of industrial wastewater, penetrate respectively C/C0 = 0.3 and 0.15, water column of natural zeolite could handle respectively; 126 BV, 43 BV Modified zeolite column can handle respectively 157 BV, water, and with 46 BV hydraulic load increases, zeolite column can reduce water treatment, The experiment was found to leak after 8 NaCl solution with zeolite desorption regeneration effect is good, low cost, regeneration of zeolite adsorption capacity decrescent, Test through dynamics analysis found that zeolite column of ammonia nitrogen adsorption fast.

实验结果表明，进水速度为2.72 BV时，通入氨氮浓度为50 mg·L-1的模拟废水和98 mg·L-1的工业废水，此时穿透点分别为C/C0=0.3和0.15时，得到天然沸石柱可处理水量分别为126 BV、43 BV；改性后沸石柱可处理水量分别为157 BV、46 BV，且随水力负荷增大，沸石柱可处理水量减小；试验还发现对泄露后沸石用8%NaCl溶液解吸再生效果好，成本低，再生后的沸石吸附容量变小；试验通过动力学分析发现沸石柱吸附氨氮速度较快。

The invention relates to a catalytic cracking catalyst with faujasite. Wherein, it comprises high-silicon-aluminum faujasite at 5-95%, and fusion-resistant oxide at 5-90%; the mol ratio as SiO2/Al2O3 of faujasite is 6-20; it is Y-type zeolite, whose particles have sheet shape.

本发明涉及一种含八面沸石的催化裂化催化剂，以重量计含有高硅铝比八面沸石5％-95％，耐熔氧化物5％-95％，其中八面沸石的SiO2/Al2O3摩尔比为6―20，属于八面沸石中的Y型沸石，并具有片状形貌。

Wherein, it comprises faujasite at 1-95%, fusion-resistant oxide at 1-90%, and active metal as 0.05-60%; the mol ratio as SiO2/Al2O3 of faujasite is 6-20, the zeolite XRD spectrum analysis proves it is Y-type zeolite, whose particles have sheet shape.

催化剂中含八面沸石1％-95％，耐熔氧化物1％-90％，活性金属组分0.05％―60％。其中八面沸石的SiO2/Al2O3摩尔比为6―20，沸石XRD光谱分析属于八面沸石中的Y型沸石，晶体颗粒形貌具有片状形貌。

In the sixth chapter, according to our nations situations, a probing study on the development and application of natural mordenite was carried out at the aim to develop a new adsorbent carrier and reduce the cost of adsorbent preparation. The characters of natural mordenite were chemically changed by an acid. The effects of the acid solution concentration, temperature, mordenite size and treatment times on the physico-chemical characters of mordenite were undertaken. The adsorption equilibrium of CO on the character-changed natural mordenite was measured.

在第六章中，结合我国的实际情况，对天然丝光沸石的开发利用进行了探索性的研究，期望开发一种新的吸附剂载体，以降低吸附剂的制备成本，为此，对天然丝光沸石进行了酸化学改性，研究了酸溶液和浓度、温度和沸石粒度以及处理次数对丝光沸石物理化学性质的影响，测定了CO在改性丝光沸石上的吸附平衡。

On the basis of summarizing separation method of acetic acid-water system, we studied the azeotropic distillation process of acetic acid-water system, selecting butyl acetate, isobutyl acetate and isopropyl acetate as entrainers. The influence of packing height, ratio of water to entrainer and acetic acid initial concentration to separation effect of azeotropic distillation was studied in detail. Simulation calculations of general distillation and azeotropic distillation were carried out. The influence of reflux ratio, theoretical plate, feed position, feed temperature and feed concentration to distillation process were discussed. Preferred process operation parameter, which had guiding meaning to practical production of distillation process were obtained. Basic data for the process amplifying design of azeotropic distillation tower were provided. Invest and operation energy consumption of two distillation methods were compared. The elementary technical design of azeotropic distillation tower was carried out on the basis of result of simulation calculation. The type of major auxiliary equipments and inner parts of packed tower were selected.The research results are as follows:(1) Butyl acetate, isobutyl acetate and isopropyl acetate could be selected as entrainer, and separation effect was near.

本文在综述醋酸-水体系分离方法的基础上，以醋酸丁酯、醋酸异丁酯、醋酸异丙酯为挟带剂，对醋酸水溶液进行共沸精馏过程研究，详细研究了填料高度、水与挟带剂的配比、醋酸初始浓度等对共沸精馏分离效果的影响；对醋酸-水体系进行普通精馏和共沸精馏过程模拟计算，讨论了回流比、理论板、进料位置、进料温度和浓度对精馏过程的影响，获得了对醋酸-水体系精馏过程实际生产具有指导意义的较佳的工艺操作参数、共沸精馏塔的工艺设计放大的基础数据，并对两种精馏方法的投资、操作能耗进行了比较；同时在共沸精馏模拟计算的基础上进行了共沸精馏塔的初步工艺设计计算，并对填料塔的主要辅助设备及塔内件进行了初步选型。

与沸沸相关的网络解释 [注：此内容来源于网络，仅供参考]

analcime：方沸石

属於沸石群矿物之一,其他常见沸石类的矿物还有:钠沸石 (natrolite)、辉沸石 (stilbite)、片沸石 (heulandite)和方沸石 (Analcime)等. 菱沸石晶体是六方晶系,常呈稜面结晶有时看起来也像立方体,经常有穿插双晶,解理不佳,硬度4-5,

analcite：方沸石(一种存在于火成岩中的白色或浅色晶状沸石)

analcime | 方沸石 | analcite | 方沸石(一种存在于火成岩中的白色或浅色晶状沸石) | analecta | 文选, 论集

heulandite：片沸石

双孔主要是具有两组孔结构,即有十二元和八元环孔口或十元和八元孔口的交联通道.包括丝光沸石,菱钾沸石(offretite),林德T,纳菱沸石(gmelnite),片沸石(heulandite),或斜法费石(clinoptilolite),镁碱沸石(ferrierite),ZSM-35,ZSM-38,

hubble-bubble：沸沸

hubble-bubble 泡泡 | hubble-bubble 沸沸 | hubbleknobblenodulenubbintubercle 小瘤

zeolite softener：沸石软水器;沸石软水剂

zeolite process 沸石处理法 | zeolite softener 沸石软水器;沸石软水剂 | zeolite 沸石;分子筛

stilbite：辉沸石

双孔主要是具有两组孔结构,即有十二元和八元环孔口或十元和八元孔口的交联通道.包括丝光沸石,菱钾沸石(offretite),林德T,纳菱沸石(gmelnite),片沸石(heulandite),或斜法费石(clinoptilolite),镁碱沸石(ferrierite),ZSM-35,ZSM-38,辉沸石(stilbite),环晶石(dachiardite),

zeolite：沸石;分子筛

zeolite softener 沸石软水器;沸石软水剂 | zeolite 沸石;分子筛 | zeolitic 沸石的

zeolite catalyst：沸石触媒;沸石催化剂;分子筛触媒;分子筛催化剂

zeolite 沸石 | zeolite catalyst 沸石触媒;沸石催化剂;分子筛触媒;分子筛催化剂 | zeolitic compound 沸石型化合物

azeotropy：恒沸性,共沸性,共沸现象

azeotropic | 共沸的,恒沸点的 | azeotropy | 恒沸性,共沸性,共沸现象 | Azerbaijan | 阿塞拜疆

The pot bubbled quietly：水壶轻轻地沸沸作响

1) The water was bubbling gently in the pan. 水在锅里轻轻地冒着气泡. | 2) The pot bubbled quietly. 水壶轻轻地沸沸作响. | 3) Mary was bubbling with joy. 玛莉得意洋洋.