制粒

制粒机、膨化机、粉碎机、微粉碎机、破碎机、分级筛等设备配件、易损件

For pellet mill , extruder , hammer mill , pulverizer , crumbler , rotary screener .

采用薄膜液制粒制备维生素C片

Application of thin film liquid in granulation and tabletting of vitamin C

PLC在喷雾干燥制粒中的应用

Application of PLC in the granulating process with spray dryer

制粒湿度模糊自整定PID串级控制

Fuzzy Self-tuning PID Cascade Control for the Granulating Humidity Craft

几株有益芽孢杆菌对温度、制粒工艺及pH值的耐受性

Endurance of Temperature , Processing Procedure and pH by Several Strains of Useful Bacillus

应用肠溶性丙烯酸树脂溶液为湿润剂，制粒压片生产维生素C片。

Vitamin C tablets were manufactured with the solution of entericacrylic acid resin as wetting agent in granulation and tabletting .

基于PSO算法的烧结制粒湿度自适应控制

An Adaptive Control Scheme for Granulating Humidity Craft using PSO Algorithm

在环模制粒机原有手动继电器控制的基础上，开发设计了PLC手动和自动控制模式。

Based on manual relay-control of the hoop standard granulator , PLC program with manual and automatic program was increased .

以柠檬酸、碳酸氢钠为泡腾剂，经非水制粒进行压片制备维生素C泡腾片。

Vitamin C effervescent tablets was prepared with citric acid and sodium bicarbonate as effervescent agents , using nonaqueous granulating method . Its quality is good .

为了提高烧结矿质量，解决细精矿烧结料层透气性问题，采用了千分之几的H粘结剂，以强化细精矿混合料的制粒效率，提高制粒小球的冷、热态强度。

Abstract In order to improve the cold and hot strength of granulated particles and the permeability of sinter bed , for increasing the sinter productivity and quality , the laboratory granulation study .

混合料的颗粒级配（Df）、化学成分、吸水特性决定了制粒的最佳透气性。

The best permeability of green bed would be determined by the feature of particle size distribution ( Df ), chemical composition and water-absorbing properties .

采用单因素试验设计，探讨了4种微量元素Cu、Fe、Mn和Zn的4个水平组合以及制粒、添加抗氧化剂对配合饲料脂质酸败的影响。

The effects of four trace element treatments ( Cu , Fe , Zn and Mn ), Pelleting process and antioxidants on the lipid rancidity in formula feeds were discussed using trial design of single factor .

经采取优化配矿、配加蛇纹石和生石灰强化制粒、低温厚料层烧结、强化操作等措施，将烧结矿SiO2降低到4.5%左右，并保持了较好的产质量指标。

In order to produce the higher-TFe and lower-SiO_2 sinter , a series of measures , e. g. optimizing the raw material proportion , intensifying granulating , lower-temperature and deep-bed sintering etc.

介绍了我国ABS的生产厂、制粒加工厂、ABS的生产及使用现状，就ABS的发展提出建议。

The current situation of ABS manufacturers , ABS granulating factories , the production and applications of ABS in China ( including Taiwan province ) were introduced . The suggestions on ABS development were given .

采用湿法制粒工艺，以HPMC为骨架材料，十八醇为阻滞剂，制备5-单硝酸异山梨酯缓释片。

5-Isosorbide mononitrate ( 5 ISMN ) sustained release tablets were prepared by the wet granulation method , using HPMC as skeleton material and octadecanol as retarding agent .

制湿材也可选用GHL高速混合制粒机粉体。

We can also choose GHL high speed mixer granulator for wet material .

研究了添加有机粘结剂G对制粒过程的影响.结果表明，添加有机粘结剂G使水在矿粉颗粒表面的润湿角降低，提高了矿粉的亲水性，强化了制粒过程；

The influences of organic binder G on granulation are studied . With the addition of binder G the wetting angle of water on fine ore surface is decreased , which results in the hydrophilicity enhancement of the fine ore and strengthens the granulation process .

结果表明，若将10%的木炭配入WC粉、并制粒，在850℃的温度下，则钨的氯化率可在50分钟内达到99.6%以上。

The experimental results show that by the addition of 10 % charcoal to the tungsten carbide powder , after pelletizing and chlorination at 850 ℃, more than 99.6 % of tungsten are chlorinated within 50 minutes .

本文在简要介绍了BP神经网络基本原理及其算法的基础上，详细介绍了利用MATLAB神经网络工具箱进行BP网络模型建立、训练、仿真的编程方法，并建立饲料制粒系统智能控制数学模型。

After briefly introducing the basic principle and algorithm of the neural network , this paper introduces thoroughly how to model the BP neural network , training , and simulate by Neural Network Toolbox in Matlab and sets up intelligent control model of mathematics in feed pelleting system .

研究了硫化锌精矿、石灰和褐煤半焦的混合物，添加适当粘接剂制粒后，高温气相反应制备ZnO针状晶须的条件及形态。

The preparing conditions and morphology of Needle ZnO Whiskers are dealt with , which are produced by high temperature vapor phase reaction with zinc sulphide concentrates , lime and lignite semicoke mixture in the air , and the granulated mixture by adding some binder .

第三，在试点车间的Wurster制粒机上，单纯使用辅料及其与不同浓度HPC溶液相混合进行几个流化床湿法制粒试验。

Third , several fluid bed wet granulation experiments were conducted for pure excipients and their blends with binder solution of different HPC concentrations in a pilot plant Wurster granulator .

以廉价的钛铁粉、铁粉、铝粉和胶体石墨为原料，采用反应火焰喷涂技术原位合成并沉积了TiC/FeAl涂层，PVA制粒条件下涂层相组成主要为TiC+Al+FeAl。

TiC / Fe Al composite coatings were synthesized and deposited by reactive flame spraying ( RFS ) of the mixed ferrotitanium , carbon , iron and aluminium powder . The coatings produced by reactive flame spraying of the PVA granulated powder consist of TiC , Al and FeAl .

目的本文为了解决2型糖尿病中的多药治疗问题，用HPMC进行湿法制粒制备了复方二甲双胍格列吡嗪双层缓释片。

Aim In this study , compound metformin / glipizide bilayer extended release tablets were formulated with hydroxypropyl methylcellulose ( HPMC ) by wet granulation technique in order to tackle the problems associated with the multidrug therapy of non-insulin dependent diabetes mellitus .

该方法的关键技术在于利用压力喷雾干燥的方式对原始粉末制粒，然后通过烧结、气流破碎和冷流分级等过程生产出成品，同时对球形WC-Co喷涂粉末的应用也做了简单介绍。

The key technique of this method is applying pressure spray drying for origin powder granulation , then proceed sintering , jet milling and cold current classification to final product , meanwhile , the application of this spherical WC-Co spray powder is introduced simply .

结果最佳制剂工艺是乳糖用量为0.2%，制粒机转速比为快/慢，制粒时间为210s。

Results The optimum technology was using quick / slow as the rotating ratio , 2 % lactose as excipient ; 210 s as mixture time .

采用L9（34）正交表安排实验，最后优选的条件为：浸膏的密度控制在1.15g·mL-1，浸膏的进料速度为30mL·min-1，进风口的温度控制在180℃，达到制粒要求。

With L9 ( 34 ) orthogonal experimental table arrangements for the final optimal conditions : the density of extract was 1.15 g · mL-1 , the feed rate of 30 mL · min-1 , inlet temperature controlled at 180 ℃, as to achieve granulation requirements .

流化床喷雾制粒神经网络模型及其应用

Neural Net Model for the Fluidized-bed Spray Granulation and Its Applications

某泥质氧化金矿制粒堆浸工业试验

Industrial Test on Heap Leaching of Granulated Clayish Oxide Gold Ore

凹凸棒石黏土和沸石对肉鸡饲料制粒加工性状的影响

Effect of Palygorskite and Zeolite on Pellet Property of Broiler Feed

目的：研究清胆颗粒制粒工艺。

OBJECTIVE : To study the preparation technology of Qingdan granule .