1.
Analysis on Contents of Aluminite Trihydrate and Baeyer Stone in Quasi-thin-water Aluminite
拟薄水铝石中三水铝石和拜尔石的含量分析
2.
Hydrothermal Synthesis of 3D Flowerlike Boehmite Microstructures
水热合成三维花状薄水铝石微观结构
3.
Immobilization yeast of Al alginate-based pseudo-boehmite for ethanol production
拟薄水铝石-海藻酸铝固定化酵母生产乙醇
4.
Preparation of very light boehmite from hydrothermally supersaturated sodium aluminate solutions with boehmite seed
水热种分法制备低密度薄水铝石及其表征
5.
Hydrothermal Synthesis of the Mn_xZn_(1-x)O Crystal and the Crystal Sheet of Nano Boehmite;
水热法合成Mn_xZn_（1-x）O晶体和纳米薄水铝石晶片
6.
Some Approaches of Reducing Fresh Water Consumption for Pseudo-boehmite Production
降低拟薄水铝石生产中新水消耗的几种途径
7.
Processing of Micro-TiB_2 Conductive Coatings Bonded with Nano-boehmite Particulate Sols;
纳米薄水铝石复合微米二硼化钛导电涂膜技术
8.
THE EFFECTS OF TWO PSEUDO-BOEHMITES ON THE MOLECULAR SIEVE SAPO-41 SYNTHESIS
两种拟薄水铝石对SAPO-41分子筛合成影响的研究
9.
Precipitation Enhancement of Pseudoboehmite from Seeded Sodium Aluminate Solution under Subpressure Condition
负压条件强化拟薄水铝石晶种分解过程
10.
Characterization of flower-like patterns fabricated via self-assembly of AFI layered crystals and AlO(OH) fibers
薄水铝石和AFI层状晶体自组装过程的表征
11.
THE EFFECTS OF TWO PSEUDO-BOEHMITES ON THE SYNTHESIS OF MOLECULAR SIEVE SAPO-41
两种拟薄水铝石对SAPO-41分子筛合成的影响
12.
Liquid-Phase Preparation Technology for DME Slurry Catalysts Using Pseudo-Boehmite as Aluminium Source;
以拟薄水铝石为铝源完全液相制备浆态床合成二甲醚催化剂
13.
Effect of Isopropanol on Seed Precipitation of Pseudo-Boehmite from Sodium Aluminate Solution
异丙醇对从铝酸钠溶液中析出拟薄水铝石种分过程的影响
14.
Liquid-phase Preparation of DME Slurry Catalysts Using Pseudo-boehmite as Aluminum Source
以拟薄水铝石为铝源制备浆态床二甲醚合成催化剂
15.
Microstructures and Photoluminescence of Rare Earth Ion Doped Phosphors by Self-assembly of Nano Pseudoboehmite Composite Sol;
拟薄水铝石复合溶胶自组装稀土荧光体的微结构与光谱研究
16.
Gel-processing of Pseudo-boehmite and Tin Dioxide Nano-/micro- Composites;
拟薄水铝石/二氧化锡纳米微米复合材料的胶态加工技术
17.
Phosphatotungstic Acids Catalysts Supported on Alumina
磷钨酸-拟薄水铝石负载催化剂合成对羟基苯甲酸乙酯
18.
Fluorescence Studies of Eu Ions Adsorption on Pseudo-Boehmite Colloidal Particle Surface
荧光光谱法研究Eu~(3+)在拟薄水铝石纳米胶粒表面的吸附