Development of matrixes and devices on the basis of inert materials by the method of ion-beam treatment to prototype cells and medical targets

Kashapova R. M.; Raginov I. S.; Kashapov R. N.; Vakhitov B. I.

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Development of matrixes and devices on the basis of inert materials by the method of ion-beam treatment to prototype cells and medical targets

机译：基于惰性材料的基于惰性材料的矩阵和装置的开发，通过离子束处理方法与原型细胞和医学目标

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《Human gene therapy》 |2019年第11期|共1页
作者
Kashapova R. M.; Raginov I. S.; Kashapov R. N.; Vakhitov B. I.;
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作者单位

Kazan Fed Univ Engn Inst Kazan Russia;

Kazan Fed Univ Engn Inst Kazan Russia;

Kazan Fed Univ Engn Inst Kazan Russia;

Kazan Fed Univ Engn Inst Kazan Russia;

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原文格式 PDF
正文语种 eng
中图分类治疗学;
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入库时间 2022-08-20 08:18:12

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1. Development of matrixes and devices on the basis of inert materials by the method of ion-beam treatment to prototype cells and medical targets [J] . Kashapova R. M., Raginov I. S., Kashapov R. N., Human gene therapy . 2019,第11期

机译：基于惰性材料的基于惰性材料的矩阵和装置的开发，通过离子束处理方法与原型细胞和医学目标
2. Dual material rapid prototyping techniques for the development of biomedical devices. Part 1: space creation [J] . C. L. Liew, K. F. Leong, C. K. Chua, The International Journal of Advanced Manufacturing Technology . 2001,第10期

机译：用于生物医学设备开发的双材料快速原型技术。第1部分：空间创建
3. Formation of certified reference materials and standard measurement guides for development of traceable measurements of mass fractions and sizes of nanoparticles in different media and biological matrixes on the basis of gamma-ray and optical spectroscopy [J] . Demin V.A., Demin V.F., Buzulukov Y.P., Nanotechnologies in Russia . 2013,第5a6期

机译：形成经认证的参考材料和标准测量指南，以便在伽马射线和光谱学的基础上开发可追踪测量不同介质和生物基质中纳米颗粒的质量分数和尺寸的方法
4. CONSTRUCTION OF A NAVIGATION DEVICE PROTOTYPE MODEL ON THE BASIS OF A STRAP-DOWN INERTIAL UNIT, SATELLITE NAVIGATION EQUIPMENT AND COMPUTING DEVICE [C] . L. N. Belskii, V. D. Gokhfeld, V. M. Kutovoi, Saint Petersburg international conference on integrated navigation systems . 2010

机译：基于捷联惯性单元，卫星导航设备和计算机的导航设备原型模型的构建
5. Materials processing towards development of rapid prototyping technology for manufacturing biomedical implants (Binder development). [D] . Pekin, Senol. 2000

机译：材料加工，以开发用于制造生物医学植入物的快速原型技术（粘合剂开发）。
6. Rapid Prototyping of Inertial MEMS Devices through Structural Optimization [O] . Daniele Giannini, Giacomo Bonaccorsi, Francesco Braghin 2021

机译：通过结构优化的惯性MEMS器件的快速原型设计
7. Simulation of high power deposition on target materials: applications in magnetic, inertial fusion, and high power plasma lithography devices [O] . Hassanein A. 2006

机译：在目标材料上进行大功率沉积的仿真：在磁性，惯性聚变和大功率等离子体光刻设备中的应用
8. Methods and Devices for Catheter-Based Intracoronary Myocardial Delivery of Cellular, Genetic or Biological Materials. [R] . Koch, W. J., Emani, S. M., Glower, D. D., 2004

机译：用于基于导管的冠状动脉内心肌递送细胞，遗传或生物材料的方法和装置。

Development of matrixes and devices on the basis of inert materials by the method of ion-beam treatment to prototype cells and medical targets

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