The electrical conductivity of jet fuels F–34 and F–35 (JET A–1) in distribution

Tomasz Bia?ecki

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The electrical conductivity of jet fuels F–34 and F–35 (JET A–1) in distribution

机译：航空燃油F–34和F–35（JET A–1）的电导率分布

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The paper presents a changeability of electrical conductivity of jet fuels in distribution. Author described the methods used to prevent the formation of the dangers of static electricity. Research was carried out on two basic fuels used worldwide to power engines in civil (Jet A a€“ 1) and military aircrafts (F a€“ 34), during real fuel supplies in aviation military unit. Results of influence of temperature on the electrical conductivity of jet fuel are presented.

机译：本文提出了分布中喷气燃料电导率的变化性。作者介绍了用于防止形成静电危险的方法。在航空军事单位的实际燃料供应期间，对全世界用于民用发动机（喷气A-1）和军用飞机（FA 34）的两种基本燃料进行了研究。给出了温度对喷气燃料电导率的影响结果。

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《Journal of KONBiN》 |2016年第1期|共页
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Tomasz Bia?ecki;
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1. Dermal absorption and distribution of topically dosed jet fuels jet-A, JP-8, and JP-8(100). [J] . Riviere JE, Brooks JD, Monteiro Riviere-NA, Toxicology and Applied Pharmacology . 1999,第1期

机译：局部添加的喷气燃料jet-A，JP-8和JP-8（100）的皮肤吸收和分布。
2. Characteristics of disintegration of jet across a high-temperature and high-speed airstream (2nd report, controlling the distribution of liquid fuel and combustion by means of a bubbling fuel liquid jet) [J] . Tetsuya Oda, Hiroyuki Hiroyasu, Takashi Sasaki 日本機械学会論文集. B編 . 1997,第615期

机译：喷气在高温和高速气流中的分解特性（第二次报告，通过鼓泡的燃料液体射流控制液体燃料的分布和燃烧）
3. Experimental study on engine combustion and particle size distributions fueled with Jet A-1 [J] . Yu Wenbin, Zong Yichen, Lin Qinjie, Fuel . 2020,第Mara1期

机译：Jet A-1助燃发动机燃烧和粒度分布的实验研究
4. Jet fuel thermal stability additives - electrical conductivity and interactions with static dissipater additive [C] . Spencer E. Taylor, David R. Forester, Bharat B. Malik SAE International Fuels and Lubricants Meeting and Exposition . 2003

机译：喷气燃料热稳定性添加剂 - 导电性和与静电消散添加剂的相互作用
5. Modeling instabilities of electrically driven jets with finite conductivity under constant or variable applied field. [D] . Orizaga, Saulo I. 2010

机译：在恒定或可变的施加场下，对具有有限电导率的电动喷射器的不稳定性进行建模。
6. Evaporation Rate of Colloidal Droplets of Jet Fuel and Carbon-Based Nanoparticles: Effect of Thermal Conductivity [O] . Ahmed Aboalhamayie, Luigi Festa, Mohsen Ghamari 2019

机译：喷气燃料和碳基纳米颗粒胶体液滴的蒸发速率：热导率的影响
7. The electrical conductivity of jet fuels F–34 and F–35 (JET A–1) in distribution [O] . Białecki Tomasz 2015

机译：喷气燃料F - 34和F - 35（JET a - 1）的电导率分布
8. Inductive Measurement of Plasma Jet Electrical Conductivity (MSFC Center Director's discretionary Fund) [R] . Turner, M. W., Hawk, C. W., Litchford, R. J. 2001

机译：等离子体射流电导率的电感测量（msFC中心主任的自由裁量基金）

The electrical conductivity of jet fuels F–34 and F–35 (JET A–1) in distribution

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