felt grain

felt grain的基本解释

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径面纹理

与felt grain相关的网络例句 [注：此内容来源于网络，仅供参考]

But he looked round in the train , and felt the grain was nearly

可是在列车里看了一圈，又觉得粮食快完，兵无斗志

The experimentation was making-know: the expand- ing of straw make for it denaturalization, and it can improve the assimilating rate of usefulness substance in the straw, the thick fibre is marked; The grain of straw is favorable for it is used sufficiently, but it have to use the grain material to felt straw; When it is comminuted to 16 mesh, moisture 35%~38%, straw 14%, the Expa...

研究表明，秸秆的膨化有助于物料的变性，能提高秸秆中的有用物质特别是粗纤维的吸收率；秸秆的颗粒化，有利于秸秆的充分利用，但是必须以谷物料原料作为粘结材料；秸秆的细化程度为16目、水分含量为35％-38％、秸秆干重含量为14％时，膨化效率较高；膨化后的颗粒饲料，有较好的抗压强度，有利于贮藏运输以及商品经营。

As a result, some ideas about the fabrication are put forward.The EPMA experiment results show that the main element such as W, Mo, Ti, Ni, Cu, Fe element are changed gradually in W-Mo and W-Mo-Ti FGM. In the layer rich in W, the grain are intervained and are mixed mechanismly. The same is to the layer rich in Mo and W-Mo. These grain felt up by some sinter. In Mo-Ti layer rich in Mo, the grains are also mixed mechanismly. Ni, Cu, Fe element assembled at interface. Ni melt by Cu plays an vital role in sinter effect. The microstructure characteristics result show that the compactness of W-Mo and W-Mo-Ti FGM is good.

电子探针实验结果表明W-Mo系、W-Mo-Ti系梯度功能材料中主要元素W、Mo、Ti、Ni、Fe、Cu分布整体上具有梯度变化规律，发现富W区、富Mo区、W-Mo混合区中颗粒交错分布，基本上以机械混合的形式存在，颗粒之间主要靠烧结剂的粘结作用实现致密化；以Mo为主要组分的Mo-Ti混合区，也是以机械混合的形式存在；Cu溶解于Ni形成固溶体更好地起到活化烧结能力，Ni、Cu、Fe在宏观层间界面富集，有利于烧结致密化。

与felt grain相关的网络解释 [注：此内容来源于网络，仅供参考]

felt grain：径面纹理

径面刨切的;四分刨切的quarter-cut | 径面纹理felt grain | 径面旋切的quarter rotary cut

felt grain：径断面

辋 Felly | 径断面 Felt grain | 择伐作业 Femel system