1) Crack ratio
爆腰率
1.
INVESTIGATION ON THE OPTIMUM CONDITIONS FOR NATURAL DRYING PADDY(Ⅱ)——The influences of drying conditions on crack ratio;
稻谷自然干燥最佳条件的探讨(Ⅱ)——从爆腰率发生分析干燥条件对稻谷的影响
2.
The quality index of drying rice include the water ratio and the crack ratio in the end.
稻谷干燥品质指标主要包括稻谷干燥终了的含水率和爆腰率。
2) crack percentage
爆腰率
1.
Prediction of additional crack percentage for paddy rice drying in a deep fixed-bed based on ANFIS;
基于ANFIS的稻谷深床干燥爆腰率增值预测模型的研究
3) Crackle ratio
爆腰率
1.
To counter this phenomenon, various factors affecting crackle ratio of rice were analysed and discussed.
针对该现象 ,对影响稻谷爆腰率的诸因素进行了分析与探讨。
4) fissure ratio
爆腰率
1.
Traditional drying of paddy rice has the disadvantages of great energy consumption,the low germination rate and high fissure ratio,applying the magnetic field into the drying process can lower the humidity and keep good quality of paddy rice fast and economically.
针对稻谷的传统干燥过程存在能量消耗大,发芽率低和爆腰率高等缺点,把磁场引入稻谷干燥过程中,能快速而经济地降低稻谷的水分并保持其良好品质。
5) additional crack percentage
爆腰率增值
1.
Rice drying experiment was conducted on a deep fixed-bed dryer in order to investigate drying technique parameters for reducing additional crack percentage of rice.
通过单因素试验和二次回归正交旋转组合试验,建立热风温度、表现风速、谷层厚度、初始含水率及缓苏时间与爆腰率增值间关系的数学模型,分析各因素的效应与主次顺序,发现缓苏时间对稻谷爆腰率增值影响显著。
6) cracked
[英][krækt] [美][krækt]
爆腰
1.
Firstly,the basic character of the rice drying is detailedly shown in this article,and the present situation of the rice-cracked disciplinarian is systemically analyzed;put forward the measures to reduce the problem of the rice-cracked,finally the article summarizes up the prospect of the rice drying.
稻米爆腰是指稻米干燥或冷却后,颗粒中产生的可见裂纹,这会大大影响稻米产量和经济价值,对此国内外均有大量报道。
2.
This paper introduced the basic characters of the rice drying,and the present situation of the rice-cracked disciplinarian is systemic analyzed;put forward the measures to reduce the problem of the rice-cracked,finally summarizes up the prospect of the rice drying.
系统地分析了国内外对水稻爆腰规律的研究状况;提出了减少水稻爆腰问题的措施,并对今后水稻干燥的发展趋势进行了分析。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条