1) Across-compression
横纹压缩
1.
Application Research of Morphological Feature and Neural Network in Wood Across-compression;
形态特征及神经网络在木材横纹压缩中的应用研究
3) Transverse heat-compression
横纹热压
4) transverse compression
横向压缩
1.
For compression in the direction perpendicular to woven plane(transverse compression),the maximum compressive stress of the matrix is found to occur at the interlacing junctions of the fiber yarns,which tends to make it failure.
对于沿垂直于编织平面方向的压缩(即横向压缩),发现在经纬向纤维束相互交替处基体材料的横向压应力最大,是其薄弱部位。
5) Longitudinal compressing
顺纹压缩
1.
In the experiments, the principal research is in proceeding timber softening, longitudinal compressing and molding fixing.
在实验中，进行了木材的软化、木材顺纹压缩和弯曲定型，这也是该课题研究的主要方面。
2.
Depending on bending theory and according to the process of wood multi-direction bending, the experiments are carried out about timber soften, longitudinal compressing, multi-direction bending and dryness finalization and mesurate the minimum radius.
在探讨理论依据和弯曲可行性的前提下，按照木材压缩弯曲的流程进行了木材软化、顺纹压缩、多向弯曲和干燥定型实验，测定了最小曲率半径。
3.
Ratio of longitudinal compressing,single and muti-dimensional minimal curvature radius were used to evaluate the softening result.
采用水热-微波处理方法对榆木成熟材进行软化处理,通过顺纹压缩率、单维和多维弯曲最小曲率半径表征木材软化效果;以XRD,FTIR等方法测定木材表面组成、结晶度变化,分析软化处理对木材顺纹压缩的影响。
6) texture compression
纹理压缩
1.
This paper introduces a basic texture compression algorithm and four improved algorithms in detail.
在不增加纹理内存的条件下,纹理压缩技术是提高纹理容量的一种有效方法。
2.
In this paper we focus on three key problems in texturing, which are texture mapping, texture synthesis and texture compression.
本论文重点研究纹理技术的三个关键问题：纹理映射、纹理合成和纹理压缩，主要工作及贡献如下：1。
3.
Aiming at solving the problem, the paper presents a Self-Growing Self-Organizing Process (SGSOP) remote sensing texture compression method, and the way to parallel decompress the compressed file using GPU.
针对该问题,提出可增长的自组织处理(SGSOP)遥感纹理压缩及对压缩纹理的并行硬件解压方法。
补充资料：大横纹
大横纹
大横纹 推拿部位名。又名横纹。即腕部掌侧的横纹。《幼科推拿秘书·推拿手法》：“横纹者，大横纹也，手掌下一道大横纹，（月反）门直推到横纹，止吐神效；横纹转推到（月反）门，止泻神效。”
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