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1·Studied the fissuring of rough rice after drying and storage process.

研究了水稻在干燥后存放过程中的应力裂纹规律。

2·However tempering properly after drying can reduce fissuring occurrence.

干燥后润谷可以减少裂纹的发生。

3·The fissuring of rice is more likely to be initiated at the center of the kernel.

水稻颗粒中心首先形成应力裂纹的可能性最大。

4·Drying wet rice rapidly and soaking or rewetting dry rice kernels imperatively results in severe fissuring.

潮湿米粒快速干燥或干燥籽粒浸水、回潮均会产生严重的裂纹。

5·Relative humidity changes have much greater effect on rice fissuring than that of temperature of environment.

外界环境中相对湿度的变化比温度变化对裂纹生成有更大作用。

6·The rice resistance to fissuring is controlled by the physical characteristics and chemical composition of the grains.

水稻籽粒自身的抗裂能力与其物理性状和化学成分有关。

7·The crack appears at the edge angle due to stress concentration caused by alternating load, which finally leads to the fissuring of die plate.

凹模在使用过程中，由于交变载荷的作用，使碳化物的棱角处应力集中出现裂纹，最终导致凹模开裂。

8·Handling moisture content of rice kernels reasonably during produce? Process and storage may decrease fissuring and in crease head rice yield.

生产、加工、贮藏过程中可通过合理处理稻米水分含量减少裂纹发生，提高碾米品质。

9·The law of the paddy fissuring during the process of drying process, storaging after drying and in the moisture adsorbing environment was studied.

研究了稻谷在干燥过程中、干燥后存放和吸湿过程中的应力裂纹规律。

10·And properly controlling the moisture content of rice kernels during rice production, milling and storage may decrease fissuring and increase head rice yield.

在生产、加工、贮藏过程中，可通过正确调节稻米水分含量来减少裂纹发生，提高稻米的加工品质。

(1)fissure water裂隙水；裂缝水

(1)anal fissure肛裂

(1)fissure zone裂隙带

(1)fissure sealant窝沟封闭剂；齿面裂沟封剂