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METHOD FOR MINIMALLY INVASIVE LOW-ENERGY MULTI-BEAM RECORDING OF INFORMATION ON THE SURFACE OF AN OBJECT FOR LONG-TERM STORAGE, READING, DIAGNOSTICS, AND ITS REALIZING DEVICE IS A BEAM SYSTEM FOR RECORDING AND READING AND STORING DATA
METHOD FOR MINIMALLY INVASIVE LOW-ENERGY MULTI-BEAM RECORDING OF INFORMATION ON THE SURFACE OF AN OBJECT FOR LONG-TERM STORAGE, READING, DIAGNOSTICS, AND ITS REALIZING DEVICE IS A BEAM SYSTEM FOR RECORDING AND READING AND STORING DATA
FIELD: information technology.;SUBSTANCE: invention relates to methods of recording information on a material object, intended for providing long-term storage on the surface of objects – from among objects (articles) obtained as a result of economic activities, as well as specially made for long-term storage of information, with the possibility of fast information acquisition during reading. For the first time, a method and a multi-beam system are proposed, which generates streams of parallel beams of low energy ions with their immediate delivery to the region of action for input of information organized bitwise in form of optimal size, number, direction of movement, average kinetic energy of clots (bunches) ions of contrast agent, implanted in near-surface layer of object, made in a single body (a multi-beam data insertion tool). In the case of a version for long-term archival storage of information, specially made plates which satisfy ×depending on the application. Two-way (through) reading from relatively large depth of recorded information requires transparency in ranges of electromagnetic spectrum used for reading, minimum number of chemical elements (isotopes) included in basic structure of base (substrate, information carrier), as well as minimum amount of impurities. Thus, recommendations for selecting a substrate in double-sided reading are transparency and purity (basic composition). Minimum thickness for information-significant layer of substrate substance is not less than 10 mcm at double-sided reading and not less than 30–50 mcm for layer providing stiffness and durability of carrier. In this case, the amount of information recorded on a quartz plate with dimensions of 10×10×0.01 cm3 (thickness of working layer of plate ~10 mcm, the remaining thickness for maintaining the plate stiffness during long-term storage), is about 1 petabit or about 10 terabit/cm2.;EFFECT: disclosed is a method for providing long-term storage of information on the surface of objects.;13 cl
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机译：技术领域本发明涉及在物质对象上记录信息的方法，该方法旨在在对象表面上提供长期存储，包括由于经济活动而获得的对象（物品）以及专门用于长期存储信息，并有可能在阅读过程中快速获取信息。首次提出了一种方法和多束系统，该系统和系统会生成低能离子平行束流，并立即将其传递到作用区域，以最佳尺寸，数量，方向按位组织信息输入运动时，造影剂的凝块（束）离子的平均动能被植入到物体的近表层中，并在一个整体中制成（多束数据插入工具）。如果是用于长期存档信息的版本，则可以根据应用场合选择满足以下要求的特殊制版。从相对较大深度的记录信息进行两次（直通）读取需要在用于读取的电磁波谱范围内具有透明性，包括在基底（基材，信息载体）的基本结构中的化学元素（同位素）的最小数量，以及最小杂质含量。因此，在双面读取中选择基材的建议是透明度和纯度（基本组成）。在双面读取时，基材物质的信息重要层的最小厚度不小于10 mcm，对于提供载体刚度和耐用性的层，其最小厚度不小于30–50 mcm。在这种情况下，记录在尺寸为10×10×0.01 cm 3 的石英板上的信息量（板的工作层厚度约为10 mcm，用于保持板的刚度的剩余厚度）长期存储），约为1 PB或约10 TB / cm 2 。;效果：公开了一种用于在物体表面提供长期信息存储的方法。13cl
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机译： M u00ecdia记录用于记录设备和//或复制的信息。M u00ecdia记录仅用于记录类型（“写一次”）的类型的信息，用于记录设备和 /或用于记录和/或再现，记录//回放设备的可重写记录设备，该设备在信息记录时传输数据。记录/回放的方法，记录通过/记录通过计算机来实现，该计算机存储有用于执行记录/重放方法的程序，该计算机由计算机实现。仅记录类型的信息的记录（“一次写入”），以便与计算机一起使用。记录/再现设备。记录/再现使用的可重写信息记录设备。在记录的信息上传输数据的设备和记录/再现。
