cambridge scientists make 3d print of ancient bone with chinese writing
by:Tuowei2019-09-08
Scientists have turned to 3D technology, which is usually used in hospitals to scan and print the earliest examples of Chinese characters, 3,000-year- The old things written on the bull Bones. Back to 1339- 1112 BC, this object is one of hundreds of objects owned by the University of Cambridge library called Oracle. They are written on the shoulder and the tablet below. As part of the turtle, and the royal court of commerce, which then ruled north-central China, raised a series of questions to divination. Related: Scientists are trying to create the human heart with 3D inscriptions on bones-believed to be the first 3D print of Oracle -- Provide scientists with a rare glimpse of early Chinese society such as war, agriculture, hunting, medical problems, meteorology and astronomy. The book records the lunar eclipse of 1192 BC, one of the earliest lunar eclipses in any civilization. Oracle is three- Objects of high dimensions Resolution 3D images not only reveal the features of all previous replication methods ( Such as drawings, extensions, photos, etc) I haven\'t been able to do it, but it\'s not even obvious to double check the actual item itself, \"Charles Elmer, head of the Department of Chinese at the University of Cambridge library, said in a statement. Related: Research: 3D printing can be harmful to your health \"3D printing holding oracle bones is a very special experience, because it provides the same sensory impressions as those who created them more than 3,000 years ago, but there is no risk of harming priceless creators, \"he added. The high- Measurement of approximately 9x14 cm bone resolution images showing cutting problems on the front of the bone, as well as divination pits engraved on the back and burning marks caused by cracks due to the application of heat Read as the answer from the spiritual world. In collaboration with the media studio at Addenbrooke Hospital, the print was made with a printer, which is usually used to help plan for facial and plastic surgery.