Du li tong kao : yi bai er shi juan /

"Double leaves, oriental style, in case"

Cheng an suo jian ji : 37 juan : (juan 4 zhi 37 qi) /

Feng mian ji mu lu ti: "Xin zeng (zuan) Cheng an suo jian ji", shu kou ti: Suo jian ji".

[Ya yu tang cang shu /

Kuang 18.2 x 14.5 cm., 10 hang 21 zi, bai kou, si zhou dan bian, dan hei yu wei, ban xin shang juan shu ming, zhong juan juan ci, xia juan "Ya yu tang."

Jing xun tang cong shu : shi qi zhong yi bai ling jiu juan /

Juan qian xu ci hang you ti "bing bu shi lang jian du cha yuan you fu du yu shi xun fu Shanxi Xi'an deng chu di fang zan li jun wu jian li liang xiang qin ci yi pin ding dai Bi Yuan zhuan".

Bai hu tong de lun : si juan /

Kuang 20.4 x 12.5 cm., 9 hang 25 zi, bai kou, si zhou dan bian, ban xin shang juan "Bai hu tong", zhong juan juan ci.

Cheng tan shan fang gu wen cun gao : si juan ; Cheng tan shan fang shi ji : shi qi juan /

Kuang 19 x 14.5 cm., 9 hang 25 zi, bai kou, zuo you shuang bian, ban xin zhong juan juan ci, xia juan ye ci.

Determination of crystal orientation from micrographs using a MATLAB program

Crys.m is a MATLAB routine that combines a micrograph of a crystal with a scaleable, rotatable three-dimensional cage structure to determine the orientation of the crystal axes. The example presented here uses the morphology of tetragonal lysozyme. Rotation of the cage until it aligns with the crystal in the image yields the orientation of the c axis of the crystal relative to the image normal. This analysis can be used for quantitative determination of crystal orientation effects induced by electric, magnetic and/or gravitational fields.