- Nov 06 Wed 2024 12:10
為什麼準晶體會成為內角108度的5重對稱?
- Jul 25 Thu 2024 14:27
if the quasi becomes pseudo, real will become the truth 準變偽,實則成真chung yuan Kung
if the quasi becomes pseudo, real will become the truth , We have two different atomic sites models for Quasi crystals
如果,準變成偽,實則成幻,影卻成真
- Jun 09 Sun 2024 18:02
Some results of quasicrystal observations 準晶表面觀測的一些結果 cykung貢中元
- Jun 04 Tue 2024 08:47
periodic atom sites貢中元cykung
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- May 01 Wed 2024 15:22
具有二維原子位準晶體模型的無限數量的周期性十邊形平鋪貢中元chung yuan kung
Unlimited number of periodic decagonal tiling with a2-D atom sites quasi crystal model貢中元chung yuan kung
- Apr 04 Thu 2024 14:00
Unlimited number of periodic decagonal tiling and simplest four way symmetrical tile. (2D-crystal)貢中元chung yuan kung
Unlimited number of periodic decagonal tiling (2D-crystal)
The fat and thin rhombus tiles with different acute angles of 36 and 72 degrees can combine to form six different decagonal tiles, of different inner structures, Each decagons composed of ten rhombuses , five thin rhombus and five fat rhombus , where a, b, c, d, e, f, are marked for six different decagons respectively in Figure 1. For the fat rhombus in the decagons of type-a, type-d, type-e and type-f are highlighted in red, purple red, yellow, and light blue, respectively. These six decagons which can be regarded (considered) as basic unit, instead of two types of rhombuses, to fabricate (infinity) tiles in this paper. And be noted that only type-a decagonal tile is five-fold symmetric and the rest decagons are only mirror symmetric.
- Mar 27 Wed 2024 10:29
different unit cells in one periodic decagonal crystals, QC design 貢中元chung yuan kung
different unit cells in one periodic decagonal crystals
- Mar 04 Mon 2024 16:04
unlimited periodic decagonal 2-D crystals 貢中元chung yuan kung
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- Feb 17 Sat 2024 18:36
All Decagonal penrose tiling , Celebrating the 50th anniversary of the discovery of Penrose tiling,所有十邊形彭羅斯瓷磚平鋪 貢中元chung yuan kung
- Feb 16 Fri 2024 12:09
The tile that can be self-coupled to build up a five-fold tiling,periodic and four-way symmetry tiles (crystals) to infinity貢中元chung yuan kung
The five-fold symmetrical tile that can be self-coupled to build up a five-fold tiling,periodic and four-way symmetry tiles (crystals) to infinity