With the device feature size is getting smaller and smaller, will inevitably encounterdevice structure, the key technology, integration technologies and materials in a series ofproblems, the reason is mainly: The laws of physics, and other scientific awareness of theproblem also remain in the birth and development ofintegratedcircuits formed by the earlyclassical or semi-classical theory on the basis of these theories to describe micron for themicroelectronics devices, but the space for nano-scale magnitude and spatial scales of the orderof femtosecond of the new system- on-chip device is difficult to apply in the material system,the SiO2 gate dielectric material, polysilicon I silieide gate electrode, and other traditionalmaterials due to the material properties of the constraints, have failed to meet the 50-nanometerdevices and circuits in demand At the same time the strueture of the traditional devices havefailed to meet the 50 nanometer devices, we must develop a new type of device strueture andmicro-machining, interconnection, and integration of key technology. Specific needsinnovation and the development of key areas, including Based on quantum physics andmesoscopic semiconductor devices based on the transport theory, the device model, simulationand smulation software, the new device structure, high-k gate dieletrie material and a neweatestueture and electon bcam seppr, 13 nmEUV litography, etching ulrafinc lines, sol,GeSi /.Si, and other sicon. based technology compatible with the new circuit, and low-Kdeletric Cu inrononee dvies and notecnology and quantum elecronie dev ices and theintegration of technology
随着装置特征尺寸越来越小物理定律,和其他科学的对问题的认识也仍然存在于由早期循环或半经典理论所形成的集成电路的诞生和发展中,这些集成电路的形成是建立在这些理论的基础上,这些理论的基础是这些理论的基础。;描述微米用于微电子设备,但是,对于纳米级的大小和空间尺度,对于新系统的飞秒级的飞秒级的空间尺度,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在材料系统中应用,对于在纳米级中应用,对于在纳米级中应用,对于在纳米级中应用,对于纳米级的大小和空间尺度,对于纳米级的纳米级的大小和空间尺度,对于在纳米级中应用,对于在材料系统中应用,对于在材料系统中应用是困难的,对于在材料系统中应用,在材料系统中应用,二氧化硅中应用是困难的。160;栅介电材料,多晶硅I硅化物栅电极, and other traditionalmaterials due to the material properties of the constraints, have failed to meet the 50-nanometerdevices and circuits in demand At the same time the strueture of the traditional devices havefailed to meet the 50 nanometer devices, we must develop a new type of device strueture andmicro-machining, interconnection, and integration of key technology. Specific needsinnovation and the development of key areas, including Based on quantum physics andmesoscopic semiconductor devices based on the transport theory, the device model, simulationand smulation software, the new device structure, high-k gate dieletrie material and a neweatestueture and electon bcam seppr, 13 nmEUV litography, etching ulrafinc lines, sol,GeSi /.Si, and other sicon. based technology compatible with the new circuit,和低kdelectric cu inrononee dvies和noteconology和quantum elecronie dev ices和theintegration of技术<br>
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