fissuring
英 [ˈfɪʃərɪŋ]
美 [ˈfɪʃərɪŋ]
n. 裂缝；节理
v. 裂开（fissure的现在分词）
现在分词：fissuring
双语例句
- Experimental study on microwave drying of thick layer brown rice with concurrent flow ventilation was carried out. The results show that with the increase of microwave radiation power level, the grain temperature, drying rate increased, but the fissuring ratio also increased.
在顺流通风条件下厚层糙米的微波干燥实验结果表明：增加微波功率，糙米的温度和干燥速度也会随之增加，但是糙米的爆腰率也会随之上升。 - Failure analysis on fissuring of high-speed steel cold extrusion die plate
高速钢冷挤压凹模开裂失效分析 - Theory and Practice of Ting Time Delay Blasting with Residue in Fissuring Rock
裂隙性矿岩微差挤压爆破的理论与实践 - The determination of shear strength of expansive soil is always an important research topic due to its fissuring and over-consolidation property. The shear strength is of much significance in the design of slope in the expansive soil area.
由于膨胀土的裂隙性和超固结特性，膨胀土的抗剪强度不仅是膨胀土地区边坡设计的重要依据，而且一直是膨胀土边坡研究领域的重要课题。 - Effect of Chalkiness on Fissuring of Milled Rice Caused by Moisture-absorption
垩白对稻米吸湿产生裂纹的影响 - It has been found that the pore characteristics of lump coal mainly depend on degree of coalification, types of macerals, content of inorganic matters and intensity of fissuring.
研究表明：煤的孔隙特征主要取决于煤化程度、显微煤岩组份、矿物质含量和断裂破坏强度。 - The rice resistance to fissuring is controlled by the physical characteristics and chemical composition of the grains. The Difference Analysis of Main Physical Property and Main Chemical Components of Leaves from Different Flue-Cured Tobacco Leaf Position
水稻籽粒自身的抗裂能力与其物理性状和化学成分有关。不同叶位烤烟叶片主要物理性状和化学品质的差异分析 - Moderately weathered rock showed more intense bleaching and fissuring in the feldspars.
中等风化岩石则是指长石有更为强烈的变白现象和裂纹现象。 - Drying wet rice kernels rapidly, Soaking or Rewetting dry rice Kernels imperatively results in severe fissuring.
潮湿米粒的快速干燥，干燥籽粒的浸水或回潮均会带来严重的裂纹。 - Fissuring rock which is a type of fractur fissure structure plays a serious impact on the blasting quality of longhole in open pits because of a reduce in blasting energy transmission and pressured air leaking in the case.
裂隙性矿岩属碎裂结构岩体，由于能量传递效率减低和泄压严重，极大地影响了爆破质量。