水铝氧

基本解释 (translations)

hydrargillite

与水铝氧相关的网络例句 [注：此内容来源于网络，仅供参考]

The catalyst includes: supported Ziegler-Natta catalyst of titanium halide compound and organic electron donor compound supported with MgCl2 alcoholate carrier; aluminoxane prepared with trialkyl aluminum and water; and one kind of organic electron donor, such as organosilicon compound R2Si(OCH3)2, where R is phenyl, isopropyl, isobutyl or cyclopentyl.

该催化剂包括，a一种负载型的Ziegler-Natta催化剂，即将卤钛化合物和有机给电子体化合物负载在氯化镁醇合物载体上得到的固体催化剂，b一种通过三烷基铝与水反应而制备得到的铝氧烷和c一种有机电子给体，如有机硅化合物R 2 Si(OCH 3 ) 2 ，其中R为苯基、异丙基、异丁基或环戊基。

A salt or an ester of boric acid .To treat with a buffer .

硼酸是一种极好的漂浮物，而水铝氧却毫无浮动性。

Acid is an excellent floater while gibbsite has no native floatabiligy at all.

硼酸是一种极好的漂浮物，而水铝氧却毫无浮动性。

Boric acid is an excellent floater while gibbsite has no native floatabiligy at all.

硼酸是一种极好的漂浮物，而水铝氧却毫无浮动性。

Gibbsite from which, also known as the aluminum water of oxygen stone components for the Al 3, monoclinic, usually Species Flake collectivity; A Diaspor (diaspore; Empholite) also known as hard water with aluminum components α- AIO, the regular - Fe, Mn, rhomboidal, sustained Species Flake collectivities hardness (6-7); a water boehmite, also known as the mixing aluminum components γ- AlO, the rhomboidal appearing Aphanitic block or colloidal.

密度2-3。其中三水铝石又称水铝氧石，成分为Al3，单斜晶系，通常呈细鳞片状集合体；一水硬铝（diaspore；empholite）又称硬水铝矿，成分α-AIO，常含Fe、Mn，斜方晶系，多呈细鳞片状集合体，硬度大（6-7）；一水软铝石又称勃姆铝矿，成分γ-AlO，斜方晶系，常呈隐晶质块体或胶态。

EPR study of the thermal products of these montmorillonites shows that g = 2. 14 signal relates with hydrated copper ions existing in the interlayer of montmorillonites and g = 2. 07 signal relates with Cu~(2+) occupying the ditrigonal cavities of Si-O sheet. And, the supper fine line of g ca. 2. 2 - 2. 7 suggests Cu~(2+) migrating into octahedral vaeancies.

同时，该蒙脱石热处理产物的EPR研究表明、g=2.14信号与蒙脱石层间的水合铜离子相关， g=2.07信号和g为约2.7-2.2超精细结构线分别与进入了粘土矿物Si-O四面体片复三方形孔洞和铝氧八面体空位中的Cu相关。

EPR study of the thermal products of these montmorillonites shows that g=2.14 signal relates with hydrated copper ions eXisting in the interlayer of montmorillonites and g=2.07 signal relates With Cu,occupying the ditrigonal cav- ities of Si-O sheet.And,the supper fine line of g ca.2.2-2.7 suggestrs CU migrating into octahedral vacancies.

同时，该蒙脱石热处理产物的EPR研究表明、g=2.14信号与蒙脱石层间的水合铜离子相关， g=2.07信号和g为约2.7-2.2超精细结构线分别与进入了粘土矿物Si-O四面体片复三方形孔洞和铝氧八面体空位中的Cu相关。

Results show that protons are liberated by dehydration or dehydroxylation after calcination at 500℃. These protons disrupt the silicon-oxygen-aluminium bridges where there are Al substitutions in the tetrahedral sheet of the montmorillonite. Some of silicon-oxygen and aluminum-oxygen tetrahedral invert to react with the pillaring agents and yield covalent bonds which firmly fix the pillars to the host clay. The Al-MMT are thermally and hydrothermally stable up to 700℃.

经过500℃高温焙烧后，交联剂经脱水或脱羟基释放出质子攻击蒙脱土四面体层中Si-O-Al四键，硅氧四面体和铝氧四面体发生翻转，与交联剂发生反应生成共价键，形成稳定的层柱黏土材料，在700℃高温下，Al-MMT材料不仅具有较好的热稳定性，而且具有较好的水热稳定性。

The method adopts the following steps: after mixed, phosphorus source, silicon source, aluminum source, an organic template agent, water and a precursor of the SAPO molecular sieve are hydrothermally crystallized for at least 0.1 hour at the temperature ranging from 110 to 260 DEG C to obtain the SAPO molecular sieve; wherein, the preparation method for the precursor of the SAPO molecular sieve has the following steps:, the molar ratio is 0.03 to 0.6 R:(Si0.01 to 0.98: Al 0.01 to 0.6: P0.01 to 0.6): 2 to 500 H2O; wherein, R stands for mixture solution of raw materials which is blended by the phosphorus source, the silicon source, the aluminum source, the an organic template agent and water of the template agent;, the mixture solution of raw materials prepared in step reacts at the temperature which is at least 50 DEG C lower than the crystallization temperature for at least 0.1 hour.

本发明通过采用包括以下步骤：将磷源、硅源、铝源、有机模板剂、水和SAPO分子筛前驱体混合后在110～260℃的温度下水热晶化至少0.1小时获得SAPO分子筛；其中SAPO分子筛的前驱体的制备包括以下步骤：将摩尔配比为0.03～0.6R∶(Si0.01～0.98∶Al0.01～0.6∶P0.01～0.6)∶2～500H 2 O，式中R代表模板剂的磷源、硅源、铝源、有机模板剂和水混合成原料混合液；将步骤制备的原料混合液在低于晶化温度至少50℃的温度下反应至少0.1小时的技术方案较好地解决了该问题，可应用于含氧化合物制烯烃催化剂的制备过程。

In contrast, Al2TiO5 can not be synthesized at low temperatures using methanol or tert-butyl alcohol as oxygen donor due to their high chemical reactivity resulting in hydrolysis reaction.

以TiCl4和无水AlCl3为原料，以无水低碳醇为氧供体通过非水解溶胶-凝胶法低温合成了钛酸铝，研究了无水低碳醇种类及用量对钛酸铝合成反应的影响。

与水铝氧相关的网络解释 [注：此内容来源于网络，仅供参考]

degas：除气

表面分别为氢氧化铝的水铝氧(Gibbsite or Hygragillite)与拜耳石,属氧氢氧化表2-17不同金属氧化物之零电荷点(PZC)或零电位点(IEP)入分析管内进行除气(Degas)程序,即在350°C 温度下抽真空,

gibbsite：三水铝石

其中三水铝石(gibbsite)又称水铝氧石,成分为Al(OH)3,单斜晶系,通常呈细鳞片状集合体;一水硬铝(diaspore;empholite)又称硬水铝矿,成分α-AIO(OH),常含Fe、Mn,斜方晶系,多呈细鳞片状集合体,硬度大(6-7);一水软铝石(boehmite)又称勃姆铝矿,

alumina hydrogel：氧化铝水凝胶

alumina gel drilling fluid 氧化铝凝胶钻井液 | alumina hydrogel 氧化铝水凝胶 | alumina octahedral sheet 铝氧八面体层

alumina-silica hydrogel：矽铝水胶

铝氧土,铝氧 alumina | 硅铝水胶 alumina-silica hydrogel | 铝酸盐类 aluminates

Gibbs phase rule：吉布斯相则

gibbsite 水矾土;水铝氧 | Gibbs phase rule 吉布斯相则 | Gibbs free energy change 吉布斯自由能变量

uranospathite：水铝铀云母

氧硅铀矿 uranosilite | 水铝铀云母 uranospathite | 纤铋铀矿 uranosphaerite

bauxitic clay：铝氧黏土

,"bauxite","铝矾土;水矾土" | ,"bauxitic clay","铝氧黏土" | ,"bay oil","月桂油"

bauxitic clay：铝氧粘土

bauxite 铝矾土;水矾土 | bauxitic clay 铝氧粘土 | bay oil 月桂油

boehmite：水软铝石

其中三水铝石(gibbsite)又称水铝氧石,成分为Al(OH)3,单斜晶系,通常呈细鳞片状集合体;一水硬铝(diaspore;empholite)又称硬水铝矿,成分α-AIO(OH),常含Fe、Mn,斜方晶系,多呈细鳞片状集合体,硬度大(6-7);一水软铝石(boehmite)又称勃姆铝矿,成分γ-AlO(OH),

boehmite：一水软铝石

其中三水铝石(gibbsite)又称水铝氧石,成分为Al(OH)3,单斜晶系,通常呈细鳞片状集合体;一水硬铝(diaspore;empholite)又称硬水铝矿,成分α-AIO(OH),常含Fe、Mn,斜方晶系,多呈细鳞片状集合体,硬度大(6-7);一水软铝石(boehmite)又称勃姆铝矿,成分γ-AlO(OH),