1.
Study on the vacuum infusion parameters of spraying liquid phytase water solution to extruded pellets
膨化颗粒饲料液体植酸酶水溶液真空喷涂工艺参数研究
2.
The change of granular sludge characteristics in the starting-up of EGSB reactor
膨胀颗粒污泥床反应器启动过程中颗粒污泥性质变化研究
3.
Study on the Processing Technology of Microwave Puffing French Fries
微波膨化马铃薯颗粒全粉薯条加工技术的研究
4.
Bed Expansion in the Dense Phase of Binary Mixture Particle in Gas-Solid Fluidized Beds
气固流化床中双组分混合颗粒密相床的膨胀
5.
Studies on the New Processing Technology and the Extruded Snacks of Potato Granules;
马铃薯颗粒全粉加工新工艺及挤压膨化食品研究
6.
Experimental Study and Quantitive Estimate on Thermal Expansion and Fragmentation Characteristics of Coal Particle in Fluidized Bed;
流化床中煤颗粒热膨胀破碎特性的实验研究与定量评价
7.
Indication effect of oxidation reduction potential to expended granular sludge bed reactor
氧化还原电位对膨胀颗粒污泥床反应器的指示作用
8.
Decoloration of Reactive Turquoise Blue by Acidified Sludge-Bentonite Granule
酸化污泥膨润土颗粒对染料活性翠蓝的脱色研究
9.
Study on the Preparation of Bentonite Granules and Decoloration Performances in Wastewater Treatment
膨润土颗粒的制备及其脱色效果研究
10.
Hydrodynamics of Vibrated Fluidized Bed of Mono-Component Particles (2)──Bed Expansion and Minimum Fluidization Velocity
单组分颗粒振动流化床的流体力学研究（2）──床层膨胀和起始流化速度
11.
This machine is designed for packing solid food in grain, strip or slice shape such as puffy food, candy, peanut, puffy maize or puffy rice and so on.
适合各类膨化食品、糖果、花生、玉米花、大米等颗粒状、条状、片状固体物料的包装。
12.
This machine is applicable to package of puffed food, candies, fine granule and powder which is difficult to stick.
该机械适用于膨化食品、糖果、细小颗粒及不易粘附粉状物的自动包装。
13.
EXPERIMENTAL STUDIES OF SUBSIDENCE AND EXPANDABILITY OF MONTMORILLONITIC SOFT ROCK PARTICLES UNDER ELECTROCHEMICAL TREATMENT
电化学作用对蒙脱石软岩颗粒物沉降与体积膨胀性影响的试验研究
14.
Preparation and Characteristics Evaluation of Swellable Profile Control Agent;
体膨颗粒调剖剂制备及其性能表征方法探讨
15.
Characteristics and Hot Research Topics on Expended Granular Sludge Bed Reactor
厌氧颗粒污泥膨胀床的工艺特征与研究热点
16.
Research the Model of Predicting the Thermal Expansion Coefficient of Particle-reinforced Composites
颗粒增强复合材料热膨胀系数预测模型的研究
17.
fluidizable particle size
可流体化的颗粒大小
18.
EXPERIMENT ON HEAT TRANSFER CHARACTERISTICS OF GREAT DIFFERENT PARTICLES IN BINARY GAS-SOLID FLUIDIZATION BED
大差异颗粒双组分流化床颗粒传热实验