1) "reduction of wave packet"
波包收缩
1.
Argument on the completeness of quantum mechanics spanning two centuries is outlined, including the arguments between Einstein and Bohr, the probabilistic interpretion of quantum mechanics, the "reduction of wave packet", the "EPR argument" which is incorrectly called "EPR paradox" in many papers and books, "hiddenvariable theories" and the "Bell inequality".
概述了关于量子力学完备性的跨世纪之争,包括爱因斯坦—玻尔论战、量子力学的几率诠释、"波包收缩"、"EPR论证"(在许多文章和书中被错误地称作"EPR佯谬")、"隐变量理论"和"贝尔不等式"。
2) shrink packaging
收缩包装
1.
Research on shrink packaging for Military Maintenance Material and Equipment;
军械维修器材收缩包装技术研究
2.
The characteristic of shrink packaging and paste packaging material were introduced.
文章介绍了收缩包装的特点和贴体包装材料,阐述了收缩包装的工艺流程,分析了收缩包装机种类。
3.
It was showed that POF film shrink packaging together with paper box outside packaging is the best method.
针对香皂容易失水的问题做了香皂收缩包装的研究。
3) Wave packet contraction
波包扁缩
4) the collapse of wave packet
波包坍缩
5) wave packet collapse
波包塌缩
1.
Aim at von Neumann\'s "wave packet collapse" hypothesis and Bohr\'s "quantum-classical" dichotomy,physicists had put forward some alternative solutions that are different from the standard interpretation since 1950s.
诺依曼的"波包塌缩"假说和玻尔的"量子-经典"的二元分割,从20世纪50年代起,物理学家提出了一些不同于标准解释的可供选择的解决方案,这些解决方案作为科学理论发展长河中的历史产物,它们的提出表明科学理论的发展总是趋向无矛盾、可理解、可检验的方向。
6) wavelet shrinkage
小波收缩
1.
Threshold algorithms and functions of wavelet shrinkage in speech enhancement;
语音增强中小波收缩阈值算法和阈值函数研究
2.
Denoising method based on combining multi-scale product with wavelet shrinkage;
基于尺度乘积与小波收缩相结合的去噪方法
3.
After eliminating the high frequency component by threshold quantizing of the wavelet shrinkage, signals can be reconstructed for the de-noising aim.
本文应用小波变换可以降低电机控制系统中噪声影响的技术,通过变换分解出高频噪声部分,利用小波收缩的阈值量化方法去掉高频部分,再重构信号从而达到去噪目的。
补充资料：收缩中(晚）期喀喇音-收缩晚期杂音综合征
收缩中(晚）期喀喇音-收缩晚期杂音综合征
即"二尖瓣脱垂-喀喇音综合征"。
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