NASA SOFTWARE TURNS NOISE PREDICTIONS INTO SOUND; CAN NOWHEAR FUTURE PLANES

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NASA SOFTWARE TURNS NOISE PREDICTIONS INTO SOUND; CAN NOWHEAR FUTURE PLANES

机译：NASA软件将噪音预测变为声音；可以现在听到未来飞机

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[NASA recently unveiled a revolutionary new noise prediction software tool –rncalled the NASA Auralization Framework (NAF) – that allows aircraft designersrnand the public to actually hear what aircraft of the future will sound like.

机译：[美国航空航天局最近推出了一种革命性的新型噪声预测软件工具-称为美国航空航天局听觉化框架（NAF）-使飞机设计人员和公众能够真正听到未来飞机的声音。

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《Airport Noise Report》 |2016年第21期|82-84|共3页
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1. S ound field assessment by measurement of sound pressure distribution close to machine noise source (Estimation of normal particle velocity at an aperture by single-plane sound pressure measurement) [J] . Haruo HOUJOH, Shun-ichi OHSHIMA, Kiyohiko UMEZAWA JSME International Journal. Series C . 1997,第4期

机译：通过测量接近机器噪声源的声压分布来评估声场（通过单平面声压测量估算孔径处的正常粒子速度）
2. Noise and low-frequency sound levels due to aerial fireworks and prediction of the occupational exposure of pyrotechnicians to noise [J] . Tanaka Tagayasu, Inaba Ryoichi, Aoyama Atsuhito Journal of occupational health . 2016,第6期

机译：空中烟花引起的噪音和低频声级以及烟火技师在噪音中的职业接触的预测
3. Noise and low-frequency sound levels due to aerial fireworks and prediction of the occupational exposure of pyrotechnicians to noise [J] . Tagayasu Tanaka, Ryoichi Inaba, Atsuhito Aoyama Journal of occupational health. . 2016,第6期

机译：空中烟花引起的噪音和低频声级，以及烟火技师职业性接触噪音的预测
4. Future focal plane technology challenges for NASA's Origins missions [C] . James B. Breckinridge Society of Photo-Optical Instrumentation Engineers Conference on Focal Plane Arrays for Space Telescopes . 2004

机译：美国宇航局起源任务的未来焦平面技术挑战
5. Identification of near sound field boundary and far field noise predictions. [D] . Lee, Kyong Sang. 2007

机译：识别近声场边界和远场噪声预测。
6. Noise and low-frequency sound levels due to aerial fireworks and prediction of the occupational exposure of pyrotechnicians to noise [O] . Tagayasu Tanaka, Ryoichi Inaba, Atsuhito Aoyama 2016

机译：空中烟花引起的噪音和低频声级以及烟火技师职业性接触噪音的预测
7. Sound Field Assessment by Measurement of Sound Pressure Distribution close to Machine Noise Source. 1st Report. Estimation of Normal Particle Velocity at an Aperture by Single Plane Sound Pressure Measurement. [O] . Haruo HOUJOH, Shun-ichi OHSHIMA, Kiyohiko UMEZAWA 1996

机译：靠近机器噪声源的声压分布测量声场评估。第一个报告。单面声压测量俯仰孔径正常颗粒速度。

NASA SOFTWARE TURNS NOISE PREDICTIONS INTO SOUND; CAN NOWHEAR FUTURE PLANES

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