A group of researcher of university of Japanese name ancient house developed the new method of Xi of black lead of rice of accept of a kind of fast and effective synthesis, xi of accept rice black lead is one kind is had regard next generation material as latent capacity tremendous accept rice carbon. Xi of accept rice black lead is the partial structure of black lead Xi, black lead Xi is one film contract the carbon with 3 accept thick rice is atomic, have the special latent capacity that is used at semiconductor development, its electron mobility is hundreds times better than current generation material. Black lead Xi 2004 second be come out by depart, this one discovery was obtained 2010 Nobel physics award, make its make a kind of very new material, it is the theme of a large number of research at present. Xi of accept rice black lead has the magnetism that surmounts black lead Xi and electric character, cause accept rice carbon to study the interest of the scientists of the domain likewise. The big obstacle that researcher faces (although exciting) the sheer quantity that is Xi of black lead of potential pay rice. The amount of the structure of Xi of accept rice black lead of potential likelihood as the benzene ring that makes them (6 carbon in hexagon structure are atomic) amount and increase. For example, even if Xi of relatively lesser black lead of rice of accept of 10 benzene annulus has possibly also amount to 16, 000 aberrant. As a result of every kinds of Namishi Mo Xi has different physical character, because this applies Xi of accept rice black lead,the key of research is the relation between the structure that determines Xi of accept rice black lead more as far as possible and character. APEX reacts the K in much annulus aromatic hydrocarbon, M and Bay area undertake, synthesize Xi of black lead of many accept rice. Can repeat these reaction next, it is OK to increase further complex is potential the amount of structure of Xi of accept rice black lead. Accordingly, the scientist's task is to establish warehouse of Xi of black lead of an accept rice, include among them as far as possible data of much character of Xi of accept rice black lead. However, xi of current accept rice black lead synthesizes a method (call occasionally couplet reacts) it is process of a many measure, xi of black lead of rice of producible individual accept. Accordingly, want to establish warehouse of Xi of black lead of 100 accept rice, must undertake 100 alone occasionally couplet reaction. Even if is such, this also will be a major task, this makes compose builds warehouse of truly comprehensive Xi of accept rice black lead is impossible actually.

To solve this problem, university of name ancient house studies the group devotes oneself to APEX reaction all the time, this is one kind synthesizes the reaction of Xi of accept rice black lead for pattern plate with much annulus aromatic hydrocarbon. Much annulus aromatic hydrocarbon has —— of 3 structures area to call K area, M area and bay area —— they can be in APEX reaction be spun, produce Xi of black lead of 3 accept rice. Next Xi of these accept rice black lead are OK spin further in the 2nd reaction, it is OK that this is meant from individual element of pattern plate of much annulus aromatic hydrocarbon synthesizes Xi of black lead of many accept rice. Study the group had developed response of K area APEX, and another group of scientists had done these for bay area, they changed attention to M the area. Reaction of their use Diels-Alder activationed M area, had outspread reaction successfully to the M area of activation, make thereby on much annulus aromatic hydrocarbon all 3 likelihood the dot can synthesize Namishi Mo Xi. Researcher can produce Xi of black lead of rice of 13 kinds of accept through 3 APEX reaction, it is invisible before structure for the most part among them, the efficiency that proved this kind of new method thereby and practical. This stirring new research and the latent capacity that its establish warehouse of Xi of accept rice black lead quickly are the one stage that leaves generation material progress to be stridden forward, these material change semiconductor and solar energy thoroughly likely and improve whole life.