This paper mainly studied wheat starch granule associated proteins.

Starch granule surface area and number also differed within cultivars.

与此同时，小麦籽粒淀粉粒的表面积和数目在不同年代的小麦品种之间亦存在较大的差异。

Analysis on Kernel Characteristic and Starch Granule Shape of Pop Corn

爆裂玉米籽粒品质及淀粉粒形态分析

A Study of Shearing and Compressive Strength Parameters of Granular Material in Bulk

块状散体抗剪切与抗压缩性能参数的研究

A Study on Practical Applications of Composite Ground Theory of Granular Material Pile in Power Engineering

散体材料桩复合地基理论在电力工程中的应用研究

Study of Properties on Road of Flyash Cement Stabilized Granular Material

粉煤灰水泥稳定粒料的路用性能研究

Online Supervisory System of Granular Material Production Line

料粒生产线在线监控系统

Granular material is commonly used in engineering projects.

散粒体是一种常用的工程材料。

Analysis to the Motion Characteristic of the Granular Material in the Cyclone Field

旋流场中分散相颗粒运动特性分析

Study and Application on PVC Hard Granular Material Used for Car Sealing Strip

轿车用硬质PVC密封条粒料配方的研究与应用

Simple Measurement of Restitution Coefficient of Granular Material and its Application

颗粒物料恢复系数简易测量方法及其应用

The general method to plot the practical drying curve of granular material

确定颗粒状物料实际干燥曲线的通用方法

Research and Design of Pneumatic System in Full Automatic Packing Machine for Granular Material

散粒料全自动包装机气动系统的研究与设计

The Development of a Granular Material Pressure Sensor

散体压力传感器的研制

Development on PVC soft granular material used for car sealing strip

轿车用PVC密封条软质粒料的开发

On Change and Evolution of Filter Technology of Granular Material

简论粒状材料过滤技术的变迁和沿革

Response Analysis of Granular Material Structure Subjected to Horizontal Seismic Force

动力荷载下散体材料结构的响应分析

Study on applying granular material in structure for vibration reduction

粒状材料在结构减振中的应用研究

Ambient air particles is one of the most important indicators of environmental pollution. Particulate matter ( PM) is solid or liquid granular material dispersed in the air.

环境空气颗粒是环境污染的最重要指标，空气颗粒物（particulate matter，PM）是分散在空气中的固态或液态颗粒状物质。

Effective granulation is the formation of granular structure with return as core and concentrate fines as adhering layer.

机理研究表明：理想的制粒效果是形成以返矿为核心，以细粒精矿的粘附料的制粒小球结构模型。

The granular structure is enhanced by 78. 5%, 79. 9% and 69. 3% respectively.

红壤中团粒结构依次提高78.5%、79.9%和69.3%，改良土壤效果较好。