The Acoustic Determination of the Thermophysical Properties of n-Hexane + n-Hexadecane from 298.15 K to 373.15 K and Up to 400 MPa

B. Fazelabdolabadia amp; A. Bahramiana

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The Acoustic Determination of the Thermophysical Properties of n-Hexane + n-Hexadecane from 298.15 K to 373.15 K and Up to 400 MPa

机译：声学测定298.15 K至373.15 K至400 MPa以下正己烷+正十六烷的热物理性质

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《Petroleum Science and Technology 》 |2012年第9期| p.934-944| 共11页
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B. Fazelabdolabadia amp; A. Bahramiana;
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1. The Acoustic Determination of the Thermophysical Properties of n-Hexane + n-Hexadecane from 298.15 K to 373.15 K and Up to 400 MPa [J] . B. FAZELABDOLABADI, A. BAHRAMIAN Petroleum Science and Technology . 2012 ,第9a12期

机译：声学测定298.15 K至373.15 K至400 MPa以下正己烷+正十六烷的热物理性质
2. The Acoustic Determination of the Thermophysical Properties of a North Sea Gas Condensate from 298.65 K to 373.45 K and Up to 70 MPa [J] . B. Fazelabdolabadia amp, A. Bahramiana Petroleum Science and Technology . 2012 ,第4期

机译：声学测定298.65 K至373.45 K至70 MPa以下北海凝析气的热物理性质
3. The Acoustic Determination of the Thermophysical Properties of a North Sea Gas Condensate from 298.65 K to 373.45 K and Up to 70 MPa [J] . B. FAZELABDOLABADI, A. BAHRAMIAN Petroleum Science and Technology . 2012 ,第1a4期

机译：声学测定298.65 K至373.45 K至70 MPa以下北海凝析气的热物理性质
4. Radiation Calorimeter for Measurement of Thermophysical Properties of Solids from 400 to 800 K [C] . K. HISANO, Y. YAMAGUCHI International Thermal Conductivity conference . 2006

机译：辐射热量计用于测量400至800 k的固体热物理性质
5. Determination of the Raman Spectra of Molten ZnCl2 and Thermophysical Properties of Polymerized C60 Solids Using Atomistic Computational Techniques [D] . Al Sayoud, Abduljabar Q. 2017

机译：原子计算技术测定熔融ZnCl2的拉曼光谱和聚合的C60固体的热物理性质
6. Acoustical and Optical Determination of Mechanical Properties of Inorganically-Bound Foundry Core Materials [O] . Philipp Lechner, Georg Fuchs, Christoph Hartmann, 2020

机译：声学和光学测定无机结合铸造芯材的机械性能
7. Densities of the Binary Systems n-Hexane + n-Decane and n-Hexane + n-Hexadecane Up to 60 MPa and 463 K [O] . Teresa Regueira, Wei Yan, Erling H. Stenby 2015

机译：二元体系N-己烷+ N-癸烷和正己烷+正癸烷的密度高达60MPa和463 k
8. Thermophysical Properties of Helium-4 from 0.8 to 1500 K with Pressures to 2000211 MPa (Revised) [R] . Arp, V. D., McCarty, R. D., Friend, D. G. 1998

机译：氦-4的热物理性质从0.8到1500 K，压力达到2000211 mpa（修订版）

The Acoustic Determination of the Thermophysical Properties of n-Hexane + n-Hexadecane from 298.15 K to 373.15 K and Up to 400 MPa

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