Manufacturing medical instruments by friction welding
- 作者A. I. Gulyaev; S. Yu. Smolenskii; A. A. Preobrazhenskii; A. V. Sinitsyn; N. A. Sosin; R. N. Feofilov
- 卷第11卷
- 期第1期
- 印刷ISSN0006-3398
- 电子ISSN1573-8256
- 文件大小199.57KB
- 发表时间1977-0102
- DOI10.1007/bf00556011
- 页码34-35
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A finite difference method for the determination of diffusion coefficientM. J. Turunen · 1975
A Method of Determining the Concentration Dependence of the Diffusion CoefficientFujita, H.; Kishimoto, A. · Textile Research Journal · 1952
A Laboratory Method for Determining the Coefficient of Diffusion of a SaltRamsay, I. W. · American Journal of Physics · 1938
LXXX. <i>Experiments on the rate of evaporation of small spheres as a method of determining diffusion coefficients.</i> — <i>The diffusion coefficient of iodine</i>Topley, Bryan; Whytlaw-Gray, Robert · The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science · 1927
A Method for Determining the Concentration Dependence of Diffusion CoefficientFujita, Hiroshi; Kishimoto, Akira · Journal of the Physical Society of Japan · 1951
A modification of the dynamic method for determining the diffusion coefficient of aerosolsA. L. Metnieks · 1960